async def leave_group(self, request, context):
try:
leave_member = request.leave_member
leave_member_by = request.leave_member_by
new_member_status = "removed"
if leave_member.id == leave_member_by.id:
new_member_status = "leaved"
group = GroupService().get_group_info(request.group_id)
group_clients = json.loads(group.group_clients)
leave_member_in_group = False
leave_member_by_in_group = False
for e in group_clients:
if e['id'] == leave_member.id:
leave_member_in_group = True
e['status'] = new_member_status
if e['id'] == leave_member_by.id:
leave_member_by_in_group = True
if not leave_member_in_group:
raise Exception(Message.LEAVED_MEMBER_NOT_IN_GROUP)
if not leave_member_by_in_group and new_member_status == "removed":
raise Exception(Message.REMOVER_MEMBER_NOT_IN_GROUP)
# update field group_clients first
logger.info("New group client: {}".format(group_clients))
group.group_clients = json.dumps(group_clients)
group.updated_by = leave_member_by.id
group.update()
owner_workspace_domain = get_owner_workspace_domain()
# wait for service to leave group, and return base response if no exception occured
if (group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain):
await self.service.leave_group_not_owner(
leave_member,
leave_member_by,
group,
)
else:
await self.service.leave_group_owner(
leave_member,
leave_member_by,
group,
)
return group_messages.BaseResponse()
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.LEAVE_GROUP_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def GroupGetClientKey(self, request, context):
try:
group_id = request.groupId
client_id = request.clientId
# get group first
group = GroupService().get_group_obj(group_id)
owner_workspace_domain = get_owner_workspace_domain()
if group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain:
owner_workspace_group_id = group.owner_group_id
obj_resp = self.service.group_by_owner_get_client_key(owner_workspace_group_id, client_id)
if obj_resp is not None:
response = signal_pb2.GroupGetClientKeyResponse(
groupId=obj_resp.group_id,
clientKey=signal_pb2.GroupClientKeyObject(
clientId=obj_resp.client_id,
deviceId=obj_resp.device_id,
clientKeyDistribution=obj_resp.client_key
)
)
return response
else:
obj_resp = ClientSignal(group.owner_workspace_domain).group_get_client_key(group.owner_group_id, client_id)
return obj_resp
else:
obj_resp = self.service.group_get_client_key(group_id, client_id)
if obj_resp is not None:
if obj_resp.client_workspace_domain and obj_resp.client_workspace_domain != owner_workspace_domain:
obj_resp = ClientSignal(obj_resp.client_workspace_domain).workspace_group_get_client_key(obj_resp.client_workspace_group_id, obj_resp.client_id)
return obj_resp
else:
response = signal_pb2.GroupGetClientKeyResponse(
groupId=obj_resp.group_id,
clientKey=signal_pb2.GroupClientKeyObject(
clientId=obj_resp.client_id,
deviceId=obj_resp.device_id,
clientKeyDistribution=obj_resp.client_key
)
)
return response
raise Exception(Message.CLIENT_SIGNAL_KEY_NOT_FOUND)
except Exception as e:
errors = [Message.get_error_object(Message.CLIENT_SIGNAL_KEY_NOT_FOUND)]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.NOT_FOUND)
async def workspace_get_messages_in_group(self, request, context):
try:
logger.info("workspace_get_messages_in_group")
owner_workspace_domain = get_owner_workspace_domain()
group = GroupService().get_group_info(request.group_id)
if group.owner_workspace_domain is None or group.owner_workspace_domain == owner_workspace_domain:
obj_res = self.service.get_message_in_group(request.client_id, request.group_id, request.off_set, request.last_message_at)
else:
raise Exception(Message.GET_MESSAGE_IN_GROUP_FAILED)
return obj_res
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.GET_MESSAGE_IN_GROUP_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def get_messages_in_group(self, request, context):
try:
header_data = dict(context.invocation_metadata())
introspect_token = KeyCloakUtils.introspect_token(header_data['access_token'])
client_id = introspect_token['sub']
group_id = request.group_id
off_set = request.off_set
last_message_at = request.last_message_at
owner_workspace_domain = get_owner_workspace_domain()
group = GroupService().get_group_info(group_id)
if group and group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain:
workspace_request = message_pb2.WorkspaceGetMessagesInGroupRequest(
group_id = group.owner_group_id,
client_id = client_id,
off_set = request.off_set,
last_message_at = request.last_message_at
)
obj_res = ClientMessage(group.owner_workspace_domain).workspace_get_messages_in_group(workspace_request)
if obj_res and obj_res.lst_message:
for obj in obj_res.lst_message:
obj.group_id = group_id
obj.client_workspace_domain = owner_workspace_domain
return obj_res
else:
raise
else:
obj_res = self.service.get_message_in_group(client_id, group_id, off_set, last_message_at)
return obj_res
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
# TODO: change message when got error
errors = [Message.get_error_object(Message.GET_MESSAGE_IN_GROUP_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def update_call_to_group_not_owner(self, request, group, from_client_id):
logger.info("update_call_to_group_not_owner")
client_id = request.client_id
update_type = request.update_type
from_client_username = ""
from_client_avatar = ""
owner_workspace_domain = get_owner_workspace_domain()
# update call to owner server, response ọbject push notification
lst_client = GroupService().get_clients_in_group_owner(group.owner_group_id)
for client in lst_client:
if client.User.id == from_client_id:
from_client_username = client.User.display_name
from_client_avatar = client.User.avatar
else:
# ret_val = NotifyInAppService().notify_client_update_call(update_type, client.GroupClientKey.client_id, from_client_id, client.GroupClientKey.group_id)
# if not ret_val:
push_payload = {
'notify_type': update_type,
'group_id': str(client.GroupClientKey.group_id),
'from_client_id': from_client_id,
'from_client_name': from_client_username,
'from_client_avatar': from_client_avatar,
'client_id': client_id
}
await NotifyPushService().push_voip_client(client.GroupClientKey.client_id, push_payload)
request = video_call_pb2.WorkspaceUpdateCallRequest(
from_client_id=from_client_id,
from_client_name=from_client_username,
from_client_avatar=from_client_avatar,
from_client_workspace_domain=owner_workspace_domain,
client_id=client_id,
group_id=group.owner_group_id,
update_type=update_type
)
obj_res = ClientVideoCall(group.owner_workspace_domain).workspace_update_call(request)
return video_call_pb2.BaseResponse()
async def update_call(self, request, context):
try:
header_data = dict(context.invocation_metadata())
introspect_token = KeyCloakUtils.introspect_token(header_data['access_token'])
from_client_id = introspect_token['sub']
group_id = request.group_id
owner_workspace_domain = get_owner_workspace_domain()
group = GroupService().get_group_info(group_id)
if group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain:
return await self.update_call_to_group_not_owner(request, group, from_client_id)
else:
return await self.update_call_to_group_owner(request, from_client_id)
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CLIENT_UPDATE_CALL_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def Publish(self, request, context):
try:
header_data = dict(context.invocation_metadata())
introspect_token = KeyCloakUtils.introspect_token(header_data['access_token'])
user_id = introspect_token['sub']
owner_workspace_domain = get_owner_workspace_domain()
group = GroupService().get_group_info(request.groupId)
if group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain:
res_obj = await self.publish_to_group_not_owner(request, user_id, group)
return res_obj
else:
res_obj = await self.publish_to_group_owner(request, user_id, group)
return res_obj
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CLIENT_PUBLISH_MESSAGE_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
def __init__(self):
self.service_group = GroupService()
self.push_service = NotifyPushService()
async def add_member(self, request, context):
try:
group = GroupService().get_group_info(request.group_id)
group_clients = json.loads(group.group_clients)
added_member_info = request.added_member_info
adding_member_info = request.adding_member_info
#get workspace is active in group
workspace_domains = list(set(
[e['workspace_domain'] for e in group_clients
if ('status' not in e or
('status' in e and e['status'] in ['active']))]
))
logger.info(workspace_domains)
#check added and adding member in group
adding_member_in_group = False
for e in group_clients:
if 'status' not in e or e['status'] in ['active']:
if e['id'] == added_member_info.id:
raise Exception(Message.ADDED_USER_IS_ALREADY_MEMBER)
if e['id'] == adding_member_info.id:
adding_member_in_group = True
if not adding_member_in_group:
raise Exception(Message.ADDER_MEMBER_NOT_IN_GROUP)
# new group clients
new_group_clients = []
is_old_member = False
for e in group_clients:
if e['id'] == added_member_info.id:
e['status'] = 'active' # turn into active member
is_old_member = True
new_group_clients.append(e)
if not is_old_member:
added_member_info.status = 'active'
new_group_clients.append(
MessageToDict(
added_member_info,
preserving_proto_field_name=True
)
)
# update group members first
group.group_clients = json.dumps(new_group_clients)
group.updated_by = adding_member_info.id
group.updated_at = datetime.datetime.now()
group.update()
owner_workspace_domain = get_owner_workspace_domain()
# wait for service to add member to group, and return base response if no exception occured
if (group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain):
await self.service.add_member_to_group_not_owner(
added_member_info,
adding_member_info,
group,
)
else:
await self.service.add_member_to_group_owner(
added_member_info,
adding_member_info,
group
)
return group_messages.BaseResponse()
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.ADD_MEMBER_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def publish_to_group_not_owner(self, request, from_client_id, group):
logger.info("publish_to_group_not_owner from client_id {}, group_id={}".format(from_client_id, str(group.id)))
owner_workspace_domain = get_owner_workspace_domain()
message_id = str(uuid.uuid4())
created_at = datetime.now()
message_res_object = message_pb2.MessageObjectResponse(
id=message_id,
client_id=request.clientId,
group_id=group.id,
group_type=group.group_type,
from_client_id=from_client_id,
from_client_workspace_domain=owner_workspace_domain,
message=request.message,
created_at=int(created_at.timestamp() * 1000),
sender_message=request.sender_message
)
# publish message to user in this server first
lst_client = GroupService().get_clients_in_group_owner(group.owner_group_id)
push_service = NotifyPushService()
for client in lst_client:
for notify_token in client.User.tokens:
if client.User is None:
continue
device_id = notify_token.device_id
logger.info('device_id in real loop in handle {}'.format(device_id))
if client.GroupClientKey.client_id == from_client_id and device_id == request.from_client_device_id:
continue
message_channel = "message/{}/{}".format(client.GroupClientKey.client_id, device_id)
new_message_res_object = deepcopy(message_res_object)
new_message_res_object.group_id = client.GroupClientKey.group_id
new_message_res_object.client_id = client.GroupClientKey.client_id
if message_channel in client_message_queue:
client_message_queue[message_channel].put(new_message_res_object)
else:
if new_message_res_object.group_type == 'peer' and new_message_res_object.client_id == from_client_id:
logger.info('using sender_message')
message_content = base64.b64encode(request.sender_message).decode('utf-8')
else:
logger.info('using message')
message_content = base64.b64encode(new_message_res_object.message).decode('utf-8')
message = {
'id': new_message_res_object.id,
'client_id': new_message_res_object.client_id,
'client_workspace_domain': owner_workspace_domain,
'created_at': new_message_res_object.created_at,
'from_client_id': new_message_res_object.from_client_id,
'from_client_workspace_domain': new_message_res_object.from_client_workspace_domain,
'group_id': client.GroupClientKey.group_id,
'group_type': new_message_res_object.group_type,
'message': message_content
}
await push_service.push_text_to_client_with_device(client.GroupClientKey.client_id, device_id, title="",
body="You have a new message",
from_client_id=new_message_res_object.from_client_id,
notify_type="new_message",
data=json.dumps(message),
from_client_device_id=request.from_client_device_id)
continue
# pubish message to owner server
request1 = message_pb2.WorkspacePublishRequest(
from_client_id=from_client_id,
from_client_workspace_domain=owner_workspace_domain,
client_id=request.clientId,
group_id=group.owner_group_id,
group_type=group.group_type,
message_id=message_id,
message=request.message,
created_at=int(created_at.timestamp() * 1000),
sender_message=request.sender_message,
from_client_device_id=request.from_client_device_id,
)
res_object = ClientMessage(group.owner_workspace_domain).workspace_publish_message(request1)
if res_object is None:
logger.error("send message to client failed")
return message_res_object
def __init__(self, *kwargs):
self.service = GroupService()
async def publish_to_group_owner(self, request, from_client_id, group):
logger.info("publish_to_group_owner from client_id {}, group_id={}".format(from_client_id, str(group.id)))
owner_workspace_domain = get_owner_workspace_domain()
# store message here
message_id = str(uuid.uuid4())
created_at = datetime.now()
message_res_object = MessageService().store_message(
message_id=message_id,
created_at=created_at,
group_id=group.id,
group_type=group.group_type,
from_client_id=from_client_id,
from_client_workspace_domain=owner_workspace_domain,
client_id=request.clientId,
message=request.message,
sender_message=request.sender_message
)
lst_client = GroupService().get_clients_in_group(group.id)
push_service = NotifyPushService()
for client in lst_client:
if client.GroupClientKey.client_workspace_domain is None or client.GroupClientKey.client_workspace_domain == owner_workspace_domain:
if client.User is None:
continue
new_message_res_object = deepcopy(message_res_object)
new_message_res_object.client_id = client.GroupClientKey.client_id
for notify_token in client.User.tokens:
device_id = notify_token.device_id
logger.info('device_id in real loop in handle {}'.format(device_id))
if client.GroupClientKey.client_id == from_client_id and device_id == request.from_client_device_id:
continue
message_channel = "message/{}/{}".format(client.GroupClientKey.client_id, device_id)
if message_channel in client_message_queue:
logger.info('message channel in handle {}'.format(message_channel))
client_message_queue[message_channel].put(new_message_res_object)
else:
if new_message_res_object.group_type == 'peer' and new_message_res_object.client_id == from_client_id:
logger.info('using sender_message')
message_content = base64.b64encode(request.sender_message).decode('utf-8')
else:
logger.info('using message')
message_content = base64.b64encode(new_message_res_object.message).decode('utf-8')
message = {
'id': new_message_res_object.id,
'client_id': new_message_res_object.client_id,
'client_workspace_domain': owner_workspace_domain,
'created_at': new_message_res_object.created_at,
'from_client_id': new_message_res_object.from_client_id,
'from_client_workspace_domain': owner_workspace_domain,
'group_id': new_message_res_object.group_id,
'group_type': new_message_res_object.group_type,
'message': message_content
}
await push_service.push_text_to_client_with_device(client.GroupClientKey.client_id, device_id, title="",
body="You have a new message",
from_client_id=new_message_res_object.from_client_id,
notify_type="new_message",
data=json.dumps(message),
from_client_device_id=request.from_client_device_id)
# continue
else:
# call to other server
logger.info('push to client {} in server {}'.format(message_res_object.client_id, client.GroupClientKey.client_workspace_domain))
request2 = message_pb2.WorkspacePublishRequest(
from_client_id=message_res_object.from_client_id,
from_client_workspace_domain=owner_workspace_domain,
client_id=message_res_object.client_id,
group_id=client.GroupClientKey.client_workspace_group_id,
group_type=message_res_object.group_type,
message_id=message_res_object.id,
message=message_res_object.message,
created_at=message_res_object.created_at,
updated_at=message_res_object.updated_at,
from_client_device_id=request.from_client_device_id,
sender_message=request.sender_message
)
message_res_object2 = ClientMessage(
client.GroupClientKey.client_workspace_domain).workspace_publish_message(request2)
if message_res_object2 is None:
logger.error("send message to client failed")
return message_res_object
async def workspace_publish(self, request, context):
try:
logger.info("workspace_publish from client_id {}".format(request.from_client_id))
owner_workspace_domain = get_owner_workspace_domain()
group = GroupService().get_group_info(request.group_id)
if group.owner_workspace_domain is None or group.owner_workspace_domain == owner_workspace_domain:
# store message here
MessageService().store_message(
message_id=request.message_id,
created_at=datetime.now(),
group_id=request.group_id,
group_type=request.group_type,
from_client_id=request.from_client_id,
from_client_workspace_domain=request.from_client_workspace_domain,
client_id=request.client_id,
message=request.message,
sender_message=request.sender_message
)
new_message = message_pb2.MessageObjectResponse(
id=request.message_id,
client_id=request.client_id,
group_id=request.group_id,
group_type=request.group_type,
from_client_id=request.from_client_id,
from_client_workspace_domain=request.from_client_workspace_domain,
message=request.message,
created_at=request.created_at,
updated_at=request.updated_at,
sender_message=request.sender_message
)
# push notification for other client
lst_client = GroupService().get_clients_in_group(request.group_id)
for client in lst_client:
if client.GroupClientKey.client_workspace_domain != request.from_client_workspace_domain:
if client.GroupClientKey.client_workspace_domain is None or client.GroupClientKey.client_workspace_domain == owner_workspace_domain:
if client.User is None:
continue
for notify_token in client.User.tokens:
device_id = notify_token.device_id
logger.info('device_id in real loop in handle {}'.format(device_id))
if client.GroupClientKey.client_id == request.from_client_id and device_id == request.from_client_device_id:
continue
message_channel = "message/{}/{}".format(client.GroupClientKey.client_id, device_id)
new_message_res_object = deepcopy(new_message)
new_message_res_object.client_id = client.GroupClientKey.client_id
if message_channel in client_message_queue:
logger.info('message channel in handle {}'.format(message_channel))
client_message_queue[message_channel].put(new_message_res_object)
else:
if new_message_res_object.group_type == 'peer' and new_message_res_object.client_id == request.from_client_id:
logger.info('using sender_message')
message_content = base64.b64encode(request.sender_message).decode('utf-8')
else:
logger.info('using message')
message_content = base64.b64encode(new_message_res_object.message).decode('utf-8')
push_service = NotifyPushService()
message = {
'id': new_message_res_object.id,
'client_id': new_message_res_object.client_id,
'client_workspace_domain': get_owner_workspace_domain(),
'created_at': new_message_res_object.created_at,
'from_client_id': new_message_res_object.from_client_id,
'from_client_workspace_domain': new_message_res_object.from_client_workspace_domain,
'group_id': new_message_res_object.group_id,
'group_type': request.group_type,
'message': message_content
}
await push_service.push_text_to_client_with_device(client.GroupClientKey.client_id, device_id, title="",
body="You have a new message",
from_client_id=new_message.from_client_id,
notify_type="new_message",
data=json.dumps(message),
from_client_device_id=request.from_client_device_id)
continue
else:
# call to other server
request.group_id = client.GroupClientKey.client_workspace_group_id
res_object = ClientMessage(
client.GroupClientKey.client_workspace_domain).workspace_publish_message(request)
if res_object is None:
logger.error("Workspace Publish Message to client failed")
return new_message
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CLIENT_PUBLISH_MESSAGE_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def workspace_video_call(self, request, context):
try:
logger.info("workspace_video_call")
from_client_id = request.from_client_id
from_client_name = request.from_client_name
if request.from_client_avatar:
from_client_avatar = request.from_client_avatar
else:
from_client_avatar = ""
group_id = request.group_id
client_id = request.client_id
server_info = ServerInfoService().get_server_info()
webrtc_token = secrets.token_hex(10)
group_obj = GroupService().get_group_info(group_id)
group_obj.group_rtc_token = webrtc_token
group_obj.update()
# register webrtc
self.service_group.register_webrtc_token(webrtc_token)
# create room
self.service_group.create_rtc_group(group_id, webrtc_token)
logger.info('janus webrtc token={}'.format(webrtc_token))
client_ws_url = get_system_config()['janus_webrtc'].get('client_ws_url')
# send push notification to all member of group
lst_client_in_groups = self.service_group.get_clients_in_group(group_id)
# list token for each device type
owner_workspace_domain = get_owner_workspace_domain()
for client in lst_client_in_groups:
if client.GroupClientKey.client_workspace_domain != request.from_client_workspace_domain:
push_payload = {
'notify_type': 'request_call',
'call_type': request.call_type,
'group_id': str(request.group_id),
'group_name': group_obj.group_name if group_obj.group_name else '',
'group_type': group_obj.group_type if group_obj.group_type else '',
'group_rtc_token': webrtc_token,
'group_rtc_url': client_ws_url,
'group_rtc_id': str(group_id),
'from_client_id': from_client_id,
'from_client_name': from_client_name,
'from_client_avatar': from_client_avatar,
'client_id': client_id,
'stun_server': server_info.stun_server,
'turn_server': server_info.turn_server
}
logger.info(push_payload)
if client.GroupClientKey.client_workspace_domain is None or client.GroupClientKey.client_workspace_domain == owner_workspace_domain:
await NotifyPushService().push_voip_client(client.User.id, push_payload)
else:
new_push_payload = deepcopy(push_payload)
new_push_payload['group_id'] = str(client.GroupClientKey.client_workspace_group_id)
logger.info(new_push_payload)
ClientPush(client.GroupClientKey.client_workspace_domain).push_voip(client.User.id,
json.dumps(new_push_payload))
stun_server_obj = json.loads(server_info.stun_server)
stun_server = video_call_pb2.StunServer(
server=stun_server_obj["server"],
port=stun_server_obj["port"]
)
turn_server_obj = json.loads(server_info.turn_server)
turn_server = video_call_pb2.TurnServer(
server=turn_server_obj["server"],
port=turn_server_obj["port"],
type=turn_server_obj["type"],
user=turn_server_obj["user"],
pwd=turn_server_obj["pwd"]
)
return video_call_pb2.ServerResponse(
group_rtc_url=client_ws_url,
group_rtc_id=group_id,
group_rtc_token=webrtc_token,
stun_server=stun_server,
turn_server=turn_server,
)
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CLIENT_REQUEST_CALL_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
class GroupController(BaseController):
def __init__(self, *kwargs):
self.service = GroupService()
@request_logged
async def create_group(self, request, context):
try:
group_name = request.group_name
group_type = request.group_type
lst_client = request.lst_client
obj_res = self.service.add_group(group_name, group_type, lst_client, request.created_by_client_id)
return obj_res
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CREATE_GROUP_CHAT_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def create_group_workspace(self, request, context):
try:
group_name = request.group_name
group_type = request.group_type
from_client_id = request.from_client_id
client_id = request.client_id
lst_client = request.lst_client
owner_group_id = request.owner_group_id
owner_workspace_domain = request.owner_workspace_domain
obj_res = self.service.add_group_workspace(group_name, group_type, from_client_id, client_id, lst_client, owner_group_id,
owner_workspace_domain)
return obj_res
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CREATE_GROUP_CHAT_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def get_group(self, request, context):
try:
header_data = dict(context.invocation_metadata())
introspect_token = KeyCloakUtils.introspect_token(header_data['access_token'])
client_id = introspect_token['sub']
group_id = request.group_id
obj_res = self.service.get_group(group_id, client_id)
if obj_res is not None:
return obj_res
else:
raise Exception(Message.GROUP_CHAT_NOT_FOUND)
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.GET_GROUP_CHAT_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def search_groups(self, request, context):
try:
keyword = request.keyword
obj_res = self.service.search_group(keyword)
return obj_res
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.SEARCH_GROUP_CHAT_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
@auth_required
async def get_joined_groups(self, request, context):
try:
header_data = dict(context.invocation_metadata())
introspect_token = KeyCloakUtils.introspect_token(header_data['access_token'])
client_id = introspect_token['sub']
obj_res = self.service.get_joined_group(client_id)
return obj_res
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.REGISTER_CLIENT_SIGNAL_KEY_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def join_group(self, request, context):
try:
# TODO: implement this function
pass
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.REGISTER_CLIENT_SIGNAL_KEY_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def add_member(self, request, context):
try:
group = GroupService().get_group_info(request.group_id)
group_clients = json.loads(group.group_clients)
added_member_info = request.added_member_info
adding_member_info = request.adding_member_info
#get workspace is active in group
workspace_domains = list(set(
[e['workspace_domain'] for e in group_clients
if ('status' not in e or
('status' in e and e['status'] in ['active']))]
))
logger.info(workspace_domains)
#check added and adding member in group
adding_member_in_group = False
for e in group_clients:
if 'status' not in e or e['status'] in ['active']:
if e['id'] == added_member_info.id:
raise Exception(Message.ADDED_USER_IS_ALREADY_MEMBER)
if e['id'] == adding_member_info.id:
adding_member_in_group = True
if not adding_member_in_group:
raise Exception(Message.ADDER_MEMBER_NOT_IN_GROUP)
# new group clients
new_group_clients = []
is_old_member = False
for e in group_clients:
if e['id'] == added_member_info.id:
e['status'] = 'active' # turn into active member
is_old_member = True
new_group_clients.append(e)
if not is_old_member:
added_member_info.status = 'active'
new_group_clients.append(
MessageToDict(
added_member_info,
preserving_proto_field_name=True
)
)
# update group members first
group.group_clients = json.dumps(new_group_clients)
group.updated_by = adding_member_info.id
group.updated_at = datetime.datetime.now()
group.update()
owner_workspace_domain = get_owner_workspace_domain()
# wait for service to add member to group, and return base response if no exception occured
if (group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain):
await self.service.add_member_to_group_not_owner(
added_member_info,
adding_member_info,
group,
)
else:
await self.service.add_member_to_group_owner(
added_member_info,
adding_member_info,
group
)
return group_messages.BaseResponse()
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.ADD_MEMBER_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def workspace_add_member(self, request, context):
try:
added_member_info = request.added_member_info
adding_member_info = request.adding_member_info
owner_group = request.owner_group
response = await self.service.workspace_add_member(
added_member_info,
adding_member_info,
owner_group
)
return response
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.ADD_MEMBER_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def leave_group(self, request, context):
try:
leave_member = request.leave_member
leave_member_by = request.leave_member_by
new_member_status = "removed"
if leave_member.id == leave_member_by.id:
new_member_status = "leaved"
group = GroupService().get_group_info(request.group_id)
group_clients = json.loads(group.group_clients)
leave_member_in_group = False
leave_member_by_in_group = False
for e in group_clients:
if e['id'] == leave_member.id:
leave_member_in_group = True
e['status'] = new_member_status
if e['id'] == leave_member_by.id:
leave_member_by_in_group = True
if not leave_member_in_group:
raise Exception(Message.LEAVED_MEMBER_NOT_IN_GROUP)
if not leave_member_by_in_group and new_member_status == "removed":
raise Exception(Message.REMOVER_MEMBER_NOT_IN_GROUP)
# update field group_clients first
logger.info("New group client: {}".format(group_clients))
group.group_clients = json.dumps(group_clients)
group.updated_by = leave_member_by.id
group.update()
owner_workspace_domain = get_owner_workspace_domain()
# wait for service to leave group, and return base response if no exception occured
if (group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain):
await self.service.leave_group_not_owner(
leave_member,
leave_member_by,
group,
)
else:
await self.service.leave_group_owner(
leave_member,
leave_member_by,
group,
)
return group_messages.BaseResponse()
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.LEAVE_GROUP_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def workspace_leave_group(self, request, context):
try:
leave_member = request.leave_member
leave_member_by = request.leave_member_by
owner_group = request.owner_group
# wait for service to call workspace leave group, and return base response if no exception occured
await self.service.workspace_leave_group(
leave_member,
leave_member_by,
owner_group
)
return group_messages.BaseResponse()
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.ADD_MEMBER_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def workspace_notify_deactive_member(self, request, context):
try:
await self.service.workspace_notify_deactive_member(
request.deactive_account_id,
request.client_ids
)
return group_messages.BaseResponse()
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.LEAVE_GROUP_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def call_to_group_not_owner(self, request, group, from_client_id):
client_id = request.client_id
call_type = request.call_type
from_client_name = ""
from_client_avatar = ""
owner_workspace_domain = get_owner_workspace_domain()
logger.info("call_to_group_not_owner, group_id={}".format(str(group.id)))
# request call to owner server, response ọbject push notification
lst_client = GroupService().get_clients_in_group_owner(group.owner_group_id)
for client in lst_client:
if client.User and client.User.id == from_client_id:
from_client_name = client.User.display_name
if client.User.avatar:
from_client_avatar = client.User.avatar
else:
from_client_avatar = ""
other_client_in_this_workspace = []
for client in lst_client:
if client.User and client.User.id != from_client_id:
client_with_group = {
"client_id": client.User.id,
"group_id": client.GroupClientKey.group_id
}
other_client_in_this_workspace.append(client_with_group)
request = video_call_pb2.WorkspaceVideoCallRequest(
from_client_id=from_client_id,
from_client_name=from_client_name,
from_client_avatar=from_client_avatar,
from_client_workspace_domain=owner_workspace_domain,
client_id=client_id,
group_id=group.owner_group_id,
call_type=call_type
)
obj_res = ClientVideoCall(group.owner_workspace_domain).workspace_video_call(request)
if obj_res:
# push for other user in this server
for client in other_client_in_this_workspace:
push_payload = {
'notify_type': 'request_call',
'call_type': call_type,
'group_id': str(client["group_id"]),
'group_name': group.group_name if group.group_name else '',
'group_type': group.group_type if group.group_type else '',
'group_rtc_token': obj_res.group_rtc_token,
'group_rtc_url': obj_res.group_rtc_url,
'group_rtc_id': str(obj_res.group_rtc_id),
'from_client_id': from_client_id,
'from_client_name': from_client_name,
'from_client_avatar': from_client_avatar,
'client_id': client_id,
'stun_server': obj_res.stun_server,
'turn_server': obj_res.turn_server
}
logger.info(push_payload)
await NotifyPushService().push_voip_client(client["client_id"], push_payload)
return obj_res
else:
raise
def __init__(self, *kwargs):
self.service = VideoCallService()
self.service_group = GroupService()
class VideoCallController(BaseController):
def __init__(self, *kwargs):
self.service = VideoCallService()
self.service_group = GroupService()
@request_logged
@auth_required
async def video_call(self, request, context):
try:
header_data = dict(context.invocation_metadata())
introspect_token = KeyCloakUtils.introspect_token(header_data['access_token'])
from_client_id = introspect_token['sub']
group_id = request.group_id
owner_workspace_domain = get_owner_workspace_domain()
group = GroupService().get_group_info(group_id)
if group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain:
return await self.call_to_group_not_owner(request, group, from_client_id)
else:
return await self.call_to_group_owner(request, group, from_client_id)
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CLIENT_REQUEST_CALL_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def workspace_video_call(self, request, context):
try:
logger.info("workspace_video_call")
from_client_id = request.from_client_id
from_client_name = request.from_client_name
if request.from_client_avatar:
from_client_avatar = request.from_client_avatar
else:
from_client_avatar = ""
group_id = request.group_id
client_id = request.client_id
server_info = ServerInfoService().get_server_info()
webrtc_token = secrets.token_hex(10)
group_obj = GroupService().get_group_info(group_id)
group_obj.group_rtc_token = webrtc_token
group_obj.update()
# register webrtc
self.service_group.register_webrtc_token(webrtc_token)
# create room
self.service_group.create_rtc_group(group_id, webrtc_token)
logger.info('janus webrtc token={}'.format(webrtc_token))
client_ws_url = get_system_config()['janus_webrtc'].get('client_ws_url')
# send push notification to all member of group
lst_client_in_groups = self.service_group.get_clients_in_group(group_id)
# list token for each device type
owner_workspace_domain = get_owner_workspace_domain()
for client in lst_client_in_groups:
if client.GroupClientKey.client_workspace_domain != request.from_client_workspace_domain:
push_payload = {
'notify_type': 'request_call',
'call_type': request.call_type,
'group_id': str(request.group_id),
'group_name': group_obj.group_name if group_obj.group_name else '',
'group_type': group_obj.group_type if group_obj.group_type else '',
'group_rtc_token': webrtc_token,
'group_rtc_url': client_ws_url,
'group_rtc_id': str(group_id),
'from_client_id': from_client_id,
'from_client_name': from_client_name,
'from_client_avatar': from_client_avatar,
'client_id': client_id,
'stun_server': server_info.stun_server,
'turn_server': server_info.turn_server
}
logger.info(push_payload)
if client.GroupClientKey.client_workspace_domain is None or client.GroupClientKey.client_workspace_domain == owner_workspace_domain:
await NotifyPushService().push_voip_client(client.User.id, push_payload)
else:
new_push_payload = deepcopy(push_payload)
new_push_payload['group_id'] = str(client.GroupClientKey.client_workspace_group_id)
logger.info(new_push_payload)
ClientPush(client.GroupClientKey.client_workspace_domain).push_voip(client.User.id,
json.dumps(new_push_payload))
stun_server_obj = json.loads(server_info.stun_server)
stun_server = video_call_pb2.StunServer(
server=stun_server_obj["server"],
port=stun_server_obj["port"]
)
turn_server_obj = json.loads(server_info.turn_server)
turn_server = video_call_pb2.TurnServer(
server=turn_server_obj["server"],
port=turn_server_obj["port"],
type=turn_server_obj["type"],
user=turn_server_obj["user"],
pwd=turn_server_obj["pwd"]
)
return video_call_pb2.ServerResponse(
group_rtc_url=client_ws_url,
group_rtc_id=group_id,
group_rtc_token=webrtc_token,
stun_server=stun_server,
turn_server=turn_server,
)
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CLIENT_REQUEST_CALL_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def call_to_group_owner(self, request, group_obj, from_client_id):
from_client_name = ""
from_client_avatar = ""
owner_workspace_domain = get_owner_workspace_domain()
group_id = request.group_id
logger.info("call_to_group_owner, group_id= {}".format(str(group_id)))
client_id = request.client_id
server_info = ServerInfoService().get_server_info()
webrtc_token = secrets.token_hex(10)
group_obj.group_rtc_token = webrtc_token
group_obj.update()
# register webrtc
self.service_group.register_webrtc_token(webrtc_token)
# create room
self.service_group.create_rtc_group(group_id, webrtc_token)
logger.info('janus webrtc token={}'.format(webrtc_token))
client_ws_url = get_system_config()['janus_webrtc'].get('client_ws_url')
# send push notification to all member of group
lst_client_in_groups = self.service_group.get_clients_in_group(group_id)
# list token for each device type
for client in lst_client_in_groups:
if client.User and client.User.id == from_client_id:
from_client_name = client.User.display_name
if client.User.avatar:
from_client_avatar = client.User.avatar
else:
from_client_avatar = ""
for client in lst_client_in_groups:
if client.User is None or client.User.id != from_client_id:
push_payload = {
'notify_type': 'request_call',
'call_type': request.call_type,
'group_id': str(client.GroupClientKey.group_id),
'group_name': group_obj.group_name if group_obj.group_name else '',
'group_type': group_obj.group_type if group_obj.group_type else '',
'group_rtc_token': webrtc_token,
'group_rtc_url': client_ws_url,
'group_rtc_id': str(group_id),
'from_client_id': from_client_id,
'from_client_name': from_client_name,
'from_client_avatar': from_client_avatar,
'client_id': client_id,
'stun_server': server_info.stun_server,
'turn_server': server_info.turn_server
}
logger.info(push_payload)
if client.GroupClientKey.client_workspace_domain is None or client.GroupClientKey.client_workspace_domain == owner_workspace_domain:
await NotifyPushService().push_voip_client(client.User.id, push_payload)
else:
logger.info("Push voip from {} to client {} in {}".format(owner_workspace_domain, client.GroupClientKey.client_workspace_domain, client.GroupClientKey.client_id))
new_push_payload = deepcopy(push_payload)
new_push_payload['group_id'] = str(client.GroupClientKey.client_workspace_group_id)
logger.info(new_push_payload)
ClientPush(client.GroupClientKey.client_workspace_domain).push_voip(client.GroupClientKey.client_id,
json.dumps(new_push_payload))
stun_server_obj = json.loads(server_info.stun_server)
stun_server = video_call_pb2.StunServer(
server=stun_server_obj["server"],
port=stun_server_obj["port"]
)
turn_server_obj = json.loads(server_info.turn_server)
turn_server = video_call_pb2.TurnServer(
server=turn_server_obj["server"],
port=turn_server_obj["port"],
type=turn_server_obj["type"],
user=turn_server_obj["user"],
pwd=turn_server_obj["pwd"]
)
return video_call_pb2.ServerResponse(
group_rtc_url=client_ws_url,
group_rtc_id=group_id,
group_rtc_token=webrtc_token,
stun_server=stun_server,
turn_server=turn_server
)
async def call_to_group_not_owner(self, request, group, from_client_id):
client_id = request.client_id
call_type = request.call_type
from_client_name = ""
from_client_avatar = ""
owner_workspace_domain = get_owner_workspace_domain()
logger.info("call_to_group_not_owner, group_id={}".format(str(group.id)))
# request call to owner server, response ọbject push notification
lst_client = GroupService().get_clients_in_group_owner(group.owner_group_id)
for client in lst_client:
if client.User and client.User.id == from_client_id:
from_client_name = client.User.display_name
if client.User.avatar:
from_client_avatar = client.User.avatar
else:
from_client_avatar = ""
other_client_in_this_workspace = []
for client in lst_client:
if client.User and client.User.id != from_client_id:
client_with_group = {
"client_id": client.User.id,
"group_id": client.GroupClientKey.group_id
}
other_client_in_this_workspace.append(client_with_group)
request = video_call_pb2.WorkspaceVideoCallRequest(
from_client_id=from_client_id,
from_client_name=from_client_name,
from_client_avatar=from_client_avatar,
from_client_workspace_domain=owner_workspace_domain,
client_id=client_id,
group_id=group.owner_group_id,
call_type=call_type
)
obj_res = ClientVideoCall(group.owner_workspace_domain).workspace_video_call(request)
if obj_res:
# push for other user in this server
for client in other_client_in_this_workspace:
push_payload = {
'notify_type': 'request_call',
'call_type': call_type,
'group_id': str(client["group_id"]),
'group_name': group.group_name if group.group_name else '',
'group_type': group.group_type if group.group_type else '',
'group_rtc_token': obj_res.group_rtc_token,
'group_rtc_url': obj_res.group_rtc_url,
'group_rtc_id': str(obj_res.group_rtc_id),
'from_client_id': from_client_id,
'from_client_name': from_client_name,
'from_client_avatar': from_client_avatar,
'client_id': client_id,
'stun_server': obj_res.stun_server,
'turn_server': obj_res.turn_server
}
logger.info(push_payload)
await NotifyPushService().push_voip_client(client["client_id"], push_payload)
return obj_res
else:
raise
@request_logged
@auth_required
async def update_call(self, request, context):
try:
header_data = dict(context.invocation_metadata())
introspect_token = KeyCloakUtils.introspect_token(header_data['access_token'])
from_client_id = introspect_token['sub']
group_id = request.group_id
owner_workspace_domain = get_owner_workspace_domain()
group = GroupService().get_group_info(group_id)
if group.owner_workspace_domain and group.owner_workspace_domain != owner_workspace_domain:
return await self.update_call_to_group_not_owner(request, group, from_client_id)
else:
return await self.update_call_to_group_owner(request, from_client_id)
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CLIENT_UPDATE_CALL_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
@request_logged
async def workspace_update_call(self, request, context):
try:
logger.info("workspace_update_call")
from_client_id = request.from_client_id
from_client_name = request.from_client_name
from_client_avatar = request.from_client_avatar
group_id = request.group_id
client_id = request.client_id
update_type = request.update_type
# send push notification to all member of group
lst_client_in_groups = self.service_group.get_clients_in_group(group_id)
# list token for each device type
owner_workspace_domain = get_owner_workspace_domain()
for client in lst_client_in_groups:
if client.GroupClientKey.client_workspace_domain != request.from_client_workspace_domain:
push_payload = {
'notify_type': update_type,
'group_id': str(client.GroupClientKey.group_id),
'from_client_id': from_client_id,
'from_client_name': from_client_name,
'from_client_avatar': from_client_avatar,
'client_id': client_id
}
if client.GroupClientKey.client_workspace_domain is None or client.GroupClientKey.client_workspace_domain == owner_workspace_domain:
# ret_val = NotifyInAppService().notify_client_update_call(update_type, client.GroupClientKey.client_id, from_client_id,
# client.GroupClientKey.group_id)
# if not ret_val:
new_push_payload = deepcopy(push_payload)
logger.info(new_push_payload)
await NotifyPushService().push_voip_client(client.GroupClientKey.client_id, new_push_payload)
else:
new_push_payload = deepcopy(push_payload)
new_push_payload["group_id"] = str(client.GroupClientKey.client_workspace_group_id)
logger.info(new_push_payload)
ClientPush(client.GroupClientKey.client_workspace_domain).push_voip(client.GroupClientKey.client_id,
json.dumps(new_push_payload))
#continue
return video_call_pb2.BaseResponse()
except Exception as e:
logger.error(e)
if not e.args or e.args[0] not in Message.msg_dict:
errors = [Message.get_error_object(Message.CLIENT_UPDATE_CALL_FAILED)]
else:
errors = [Message.get_error_object(e.args[0])]
context.set_details(json.dumps(
errors, default=lambda x: x.__dict__))
context.set_code(grpc.StatusCode.INTERNAL)
async def update_call_to_group_owner(self, request, from_client_id):
logger.info("update_call_to_group_owner")
from_client_name = ""
from_client_avatar = ""
owner_workspace_domain = get_owner_workspace_domain()
group_id = request.group_id
client_id = request.client_id
update_type = request.update_type
# send push notification to all member of group
lst_client_in_groups = self.service_group.get_clients_in_group(group_id)
for client in lst_client_in_groups:
if client.User and client.User.id == from_client_id:
from_client_name = client.User.display_name
from_client_avatar = client.User.avatar
for client in lst_client_in_groups:
if client.User is None or client.User.id != from_client_id:
push_payload = {
'notify_type': update_type,
'group_id': str(client.GroupClientKey.group_id),
'from_client_id': from_client_id,
'from_client_name': from_client_name,
'from_client_avatar': from_client_avatar,
'client_id': client_id
}
if client.GroupClientKey.client_workspace_domain is None or client.GroupClientKey.client_workspace_domain == owner_workspace_domain:
# logger.info("update_call_to_group_owner, owner member ->client_id {}".format(client.GroupClientKey.client_id))
# ret_val = NotifyInAppService().notify_client_update_call(update_type, client.GroupClientKey.client_id, from_client_id,
# client.GroupClientKey.group_id)
# logger.info("notify inapp {}".format(ret_val))
# if not ret_val:
# logger.info("notify push notification")
new_push_payload = deepcopy(push_payload)
new_push_payload["group_id"] = str(client.GroupClientKey.group_id)
logger.info(new_push_payload)
await NotifyPushService().push_voip_client(client.GroupClientKey.client_id, new_push_payload)
else:
new_push_payload = deepcopy(push_payload)
new_push_payload["group_id"] = str(client.GroupClientKey.client_workspace_group_id)
logger.info(new_push_payload)
ClientPush(client.GroupClientKey.client_workspace_domain).push_voip(client.GroupClientKey.client_id,
json.dumps(new_push_payload))
#continue
return video_call_pb2.BaseResponse()
async def update_call_to_group_not_owner(self, request, group, from_client_id):
logger.info("update_call_to_group_not_owner")
client_id = request.client_id
update_type = request.update_type
from_client_username = ""
from_client_avatar = ""
owner_workspace_domain = get_owner_workspace_domain()
# update call to owner server, response ọbject push notification
lst_client = GroupService().get_clients_in_group_owner(group.owner_group_id)
for client in lst_client:
if client.User.id == from_client_id:
from_client_username = client.User.display_name
from_client_avatar = client.User.avatar
else:
# ret_val = NotifyInAppService().notify_client_update_call(update_type, client.GroupClientKey.client_id, from_client_id, client.GroupClientKey.group_id)
# if not ret_val:
push_payload = {
'notify_type': update_type,
'group_id': str(client.GroupClientKey.group_id),
'from_client_id': from_client_id,
'from_client_name': from_client_username,
'from_client_avatar': from_client_avatar,
'client_id': client_id
}
await NotifyPushService().push_voip_client(client.GroupClientKey.client_id, push_payload)
request = video_call_pb2.WorkspaceUpdateCallRequest(
from_client_id=from_client_id,
from_client_name=from_client_username,
from_client_avatar=from_client_avatar,
from_client_workspace_domain=owner_workspace_domain,
client_id=client_id,
group_id=group.owner_group_id,
update_type=update_type
)
obj_res = ClientVideoCall(group.owner_workspace_domain).workspace_update_call(request)
return video_call_pb2.BaseResponse()
