def outgoing(request) -> MegatronResponse:
user_id = request.data['user']
message = request.data['message']
try:
message['attachments'] = json.loads(message['attachments'])
except TypeError:
pass
try:
megatron_channel = MegatronChannel.objects.get(
platform_user_id=user_id)
except MegatronChannel.DoesNotExist:
return MegatronResponse({'ok': True, 'track': False}, 200)
if megatron_channel.is_archived:
return MegatronResponse({'ok': True, 'track': False}, 200)
megatron_integration = megatron_channel.megatron_integration
interpreter = IntegrationService(megatron_integration).get_interpreter()
customer_workspace_id = megatron_channel.workspace.platform_id
response = interpreter.outgoing(message, megatron_channel)
if response.get('ok'):
if response.get('watched_channel'):
front_integration.outgoing_message.delay(user_id,
customer_workspace_id,
message)
megatron_msg = MegatronMessage(integration_msg_id=response['ts'],
customer_msg_id=request.data['ts'],
megatron_channel=megatron_channel)
megatron_msg.save()
return MegatronResponse({'ok': True, 'track': True}, 200)
return MegatronResponse({
'error': response.get('error'),
'track': False
}, 500)
def open_channel(
megatron_user_id: int, serialized_request_data: dict, arguments: dict
) -> dict:
request_data = RequestData(**serialized_request_data)
megatron_user = MegatronUser.objects.get(id=megatron_user_id)
platform_user_id = arguments["targeted_platform_id"]
integration = megatron_user.megatronintegration_set.first()
connection = IntegrationService(integration).get_connection(as_user=False)
# Ensure platform user exists
if not PlatformUser.objects.filter(platform_id=platform_user_id).exists():
user_info = connection._get_user_info(platform_user_id)
try:
workspace = CustomerWorkspace.objects.get(platform_id=user_info["user"]["team_id"])
except (CustomerWorkspace.DoesNotExist, KeyError):
return {"ok": False, "error": "Customer Workspace not found"}
WorkspaceService(workspace).get_or_create_user_by_id(platform_user_id)
new_msg = formatting.user_titled(platform_user_id, "Connecting...")
response = connection.respond_to_url(request_data.response_url, new_msg)
if not response.get("ok"):
return response
_update_channel_link.delay(
megatron_user.id, platform_user_id, request_data.response_url
)
return {"ok": True}
def clear_context(
megatron_user_id: int, serialized_request_data: dict, arguments: dict
) -> dict:
request_data = RequestData(**serialized_request_data)
megatron_user = MegatronUser.objects.get(id=megatron_user_id)
platform_user_id = User.objects.get(id=arguments["platform_user_id"])
command_url = getattr(megatron_user, "command_url", None)
if not command_url:
return {"ok": False, "error": "MegatronUser has not provided a command url."}
# TODO: Use the command that called this to standardize the 'command' param
response = requests.post(
megatron_user.command_url,
json={
"command": "clear-context",
"platform_user_id": platform_user_id,
"megatron_verification_token": megatron_user.verification_token,
},
)
if not response.status_code == 200:
return {"ok": False, "error": response.content}
# TODO: This is probably better suited to being part of the integration itself
integration = megatron_user.megatronintegration_set.first()
integration_connection = IntegrationService(integration).get_connection(
as_user=False
)
platform_username = PlatformUser.objects.get(platform_id=platform_user_id).username
msg = {"text": f"Context cleared for *{platform_username}*."}
integration_response = integration_connection.ephemeral_message(request_data, msg)
if not integration_response.get("ok"):
return {"ok": False, "error": "Failed to post confirmation to slack."}
return {"ok": True}
def _check_and_send_paused_warning(megatron_channel: MegatronChannel,
user_id: str):
if megatron_channel.is_paused:
return
last_warning = cache.get(PAUSE_WARNING_PREFIX + str(megatron_channel.id))
if last_warning:
last_warning = datetime.strptime(last_warning, '%d-%m-%Y:%H:%M:%S')
minutes_elapsed = (datetime.now() - last_warning).total_seconds() / 60
if minutes_elapsed < TIME_TIL_NEXT_WARNING:
return
workspace_id = megatron_channel.workspace.platform_id
platform_user_id = megatron_channel.platform_user_id
msg = formatting.get_unpaused_warning(workspace_id, platform_user_id)
channel_id = megatron_channel.platform_channel_id
integration_connection = IntegrationService(
megatron_channel.megatron_integration).get_connection(as_user=False)
message_action = Action(ActionType.POST_MESSAGE, {
'channel': channel_id,
'message': msg
})
integration_connection.take_action(message_action)
last_warning = datetime.now().strftime('%d-%m-%Y:%H:%M:%S')
cache.set(PAUSE_WARNING_PREFIX + str(megatron_channel.id), last_warning)
def _image_passthrough_message(event):
tracked_channel = MegatronChannel.objects.filter(
platform_channel_id=event['channel']).first()
connection = IntegrationService(
tracked_channel.megatron_integration).get_connection(as_user=False)
user = PlatformUser.objects.get(platform_id=event['user'])
msg = connection.build_img_attach(event, user)
return msg
def _change_pause_state(
megatron_user: MegatronUser,
platform_user: User,
request_data: RequestData,
pause=False,
) -> dict:
workspace = platform_user.workspace
if not getattr(megatron_user, "command_url", None):
return {"ok": False, "error": "No command url provided for workspace."}
customer_connection = WorkspaceService(workspace).get_connection(as_user=False)
response = customer_connection.open_im(platform_user.platform_id)
if not response["ok"]:
return {
"ok": False,
"error": "Failed to open get im channel from "
f"slack: {response['error']}",
}
channel_id = response["channel"]["id"]
data = {
"megatron_verification_token": settings.MEGATRON_VERIFICATION_TOKEN,
"command": "pause",
"channel_id": channel_id,
"platform_user_id": platform_user.platform_id,
"team_id": workspace.platform_id,
"paused": pause,
}
response = requests.post(megatron_user.command_url, json=data)
# TODO: This response is 200 even on failure to find user
if not response.status_code == 200:
return {"ok": False, "error": "Failed to pause bot for user."}
megatron_channel = MegatronChannel.objects.get(
workspace=workspace, platform_user_id=platform_user.platform_id
)
megatron_channel.is_paused = pause
megatron_channel.save()
# TODO: This is probably better suited to being part of the integration itself
integration = megatron_user.megatronintegration_set.first()
integration_connection = IntegrationService(integration).get_connection(
as_user=False
)
paused_word = "paused" if pause else "unpaused"
msg = {"text": f"Bot *{paused_word}* for user: {platform_user}."}
channel = request_data.channel_id
message_action = Action(
ActionType.POST_MESSAGE, {"channel": channel, "message": msg}
)
integration_connection.take_action(message_action)
return {"ok": True}
def open_channel(megatron_user_id: int, serialized_request_data: dict, arguments: dict) -> dict:
request_data = RequestData(**serialized_request_data)
megatron_user = MegatronUser.objects.get(id=megatron_user_id)
platform_user_id = arguments['targeted_platform_id']
integration = megatron_user.megatronintegration_set.first()
connection = IntegrationService(integration).get_connection(as_user=False)
new_msg = formatting.user_titled(platform_user_id, "Connecting....")
response = connection.respond_to_url(request_data.response_url, new_msg)
if not response.get('ok'):
return response
_update_channel_link.delay(megatron_user.id, platform_user_id,
request_data.response_url)
return {'ok': True}
def _get_slack_user_data(channel_id, slack_id):
# TODO: Verify responses/that user exists
incoming_channel = MegatronChannel.objects.get(
platform_channel_id=channel_id)
integration_connection = IntegrationService(
incoming_channel.megatron_integration).get_connection()
action = Action(ActionType.GET_USER_INFO, {'user_id': slack_id})
response = integration_connection.take_action(action)
user_data = response['user']
from_user = {
'user_name': user_data['profile']['real_name'],
'user_icon_url': user_data['profile']['image_24']
}
return from_user
def _get_slack_user_data(channel_id, slack_id):
# TODO: Verify responses/that user exists
incoming_channel = MegatronChannel.objects.get(
platform_channel_id=channel_id)
integration_connection = IntegrationService(
incoming_channel.megatron_integration).get_connection()
action = Action(ActionType.GET_USER_INFO, {"user_id": slack_id})
response = integration_connection.take_action(action)
user_data = response["user"]
from_user = {
"user_name": user_data["profile"]["real_name"],
"user_icon_url": user_data["profile"]["image_24"],
}
return from_user
def unpause_reminder():
channels = MegatronChannel.objects.all()
for channel in channels:
if not channel.is_paused:
continue
workspace_id = channel.workspace.id
platform_user_id = channel.platform_user_id
time_since_last_message = datetime.now() - channel.last_message_sent
if PAUSE_WARNING_START < time_since_last_message <= PAUSE_WARNING_STOP:
integration = MegatronIntegration.objects.get(
megatron_user=channel.megatron_user)
connection = IntegrationService(integration).get_connection(
as_user=False)
msg = formatting.get_pause_warning(workspace_id, platform_user_id)
connection.message(channel.platform_channel_id, msg)
def _change_pause_state(megatron_user: MegatronUser, platform_user: User,
request_data: RequestData, pause=False
) -> dict:
workspace = platform_user.workspace
if not getattr(megatron_user, 'command_url', None):
return {'ok': False, 'error': 'No command url provided for workspace.'}
customer_connection = WorkspaceService(
workspace).get_connection(as_user=False)
response = customer_connection.open_im(platform_user.platform_id)
if not response['ok']:
return {
'ok': False,
'error': 'Failed to open get im channel from '
f"slack: {response['error']}"
}
channel_id = response['channel']['id']
data = {
'megatron_verification_token': settings.MEGATRON_VERIFICATION_TOKEN,
'command': 'pause',
'channel_id': channel_id,
'platform_user_id': platform_user.platform_id,
'team_id': workspace.platform_id,
'paused': pause,
}
response = requests.post(megatron_user.command_url, json=data)
# TODO: This response is 200 even on failure to find user
if not response.status_code == 200:
return {'ok': False, 'error': 'Failed to pause bot for user.'}
megatron_channel = MegatronChannel.objects.get(
workspace=workspace, platform_user_id=platform_user.platform_id)
megatron_channel.is_paused = pause
megatron_channel.save()
# TODO: This is probably better suited to being part of the integration itself
integration = megatron_user.megatronintegration_set.first()
integration_connection = IntegrationService(
integration).get_connection(as_user=False)
paused_word = 'paused' if pause else 'unpaused'
msg = {
"text": f"Bot *{paused_word}* for user: {platform_user}."
}
channel = request_data.channel_id
message_action = Action(ActionType.POST_MESSAGE, {'channel': channel, 'message': msg})
integration_connection.take_action(message_action)
return {'ok': True}
def edit(request):
message = json.loads(request.body)
# Warning! Currently the only way to identify msgs sent by Megatron
try:
footer_text = message["message"]["attachments"][-1]["footer"]
if footer_text.startswith("sent by"):
return OK_RESPONSE
except KeyError:
pass
if message.get("user"):
megatron_channel = MegatronChannel.objects.filter(
platform_user_id=message["message"]["user"]).first()
elif message.get("channel"):
megatron_channel = MegatronChannel.objects.filter(
platform_channel_id=message["channel"]).first()
else:
return OK_RESPONSE
if not megatron_channel:
return OK_RESPONSE
team_connection = IntegrationService(
megatron_channel.megatron_integration).get_connection(as_user=False)
existing_message = MegatronMessage.objects.filter(
customer_msg_id=message["previous_message"]["ts"],
megatron_channel=megatron_channel,
).first()
if not megatron_channel or not existing_message:
return OK_RESPONSE
new_message = {
"text": message["message"].get("text", ""),
"attachments": message["message"].get("attachments"),
}
old_message = {
"channel_id": megatron_channel.platform_channel_id,
"ts": existing_message.integration_msg_id,
}
params = {"new_message": new_message, "old_message": old_message}
update_action = Action(ActionType.UPDATE_MESSAGE, params)
response = team_connection.take_action(update_action)
existing_message.customer_msg_id = message["message"]["ts"]
existing_message.integration_msg_id = response["ts"]
existing_message.save()
return OK_RESPONSE
def edit(request):
message = json.loads(request.body)
# Warning! Currently the only way to identify msgs sent by Megatron
try:
footer_text = message['message']['attachments'][-1]['footer']
if footer_text.startswith('sent by'):
return OK_RESPONSE
except KeyError:
pass
if message.get('user'):
megatron_channel = MegatronChannel.objects.filter(
platform_user_id=message['message']['user']).first()
elif message.get('channel'):
megatron_channel = MegatronChannel.objects.filter(
platform_channel_id=message['channel']).first()
else:
return OK_RESPONSE
if not megatron_channel:
return OK_RESPONSE
team_connection = IntegrationService(
megatron_channel.megatron_integration).get_connection(as_user=False)
existing_message = MegatronMessage.objects.filter(
customer_msg_id=message['previous_message']['ts'],
megatron_channel=megatron_channel).first()
if not megatron_channel or not existing_message:
return OK_RESPONSE
new_message = {
'text': message['message'].get('text', ''),
'attachments': message['message'].get('attachments')
}
old_message = {
'channel_id': megatron_channel.platform_channel_id,
'ts': existing_message.integration_msg_id
}
params = {'new_message': new_message, 'old_message': old_message}
update_action = Action(ActionType.UPDATE_MESSAGE, params)
response = team_connection.take_action(update_action)
existing_message.customer_msg_id = message['message']['ts']
existing_message.integration_msg_id = response['ts']
existing_message.save()
return OK_RESPONSE
def _update_channel_link(
megatron_user_id: int, platform_user_id: str, response_url: str
):
megatron_user = MegatronUser.objects.get(id=megatron_user_id)
integration = megatron_user.megatronintegration_set.first()
connection = IntegrationService(integration).get_connection(as_user=False)
platform_user = PlatformUser.objects.get(platform_id=platform_user_id)
megatron_user = MegatronUser.objects.get(id=megatron_user_id)
megatron_channel = MegatronChannel.objects.filter(
platform_user_id=platform_user_id
).first()
if not megatron_channel:
username = platform_user.username + "_" + platform_user.workspace.domain
username = re.sub(r"[^\w-]", "", username.lower())
response = connection.create_channel(f"{settings.CHANNEL_PREFIX}{username}")
if not response:
response = connection.respond_to_url(
response_url, {"text": "Error creating channel."}
)
if not response.get("ok"):
LOGGER.error(f"Problem updating slack message: {response['error']}")
return
megatron_channel, created = _create_or_update_channel(
megatron_user, response["channel"], platform_user
)
if created:
_get_conversation_history(megatron_channel)
elif megatron_channel.is_archived:
MegatronChannelService(megatron_channel).unarchive()
_get_conversation_history(megatron_channel)
channel_link = _get_channel_link(
megatron_user, megatron_channel.platform_channel_id
)
join_message = formatting.user_titled(
platform_user_id, f"<{channel_link}|Go to slack conversation>"
)
response = connection.respond_to_url(response_url, join_message)
if not response.get("ok"):
LOGGER.error(f"Problem updating slack message: {response['error']}")
def notify_user(request) -> MegatronResponse:
msg = request.data["message"]
user_id = request.data["user_id"]
channel_id = request.data["channel_id"]
platform_type = request.data["platform_type"]
request_data = RequestData(channel_id=channel_id,
user_id=user_id,
response_url="")
platform_type = PlatformType[platform_type.capitalize()].value
megatron_channel = MegatronChannel.objects.get(
platform_channel_id=channel_id, workspace__platform_type=platform_type)
connection = IntegrationService(
megatron_channel.megatron_integration).get_connection(as_user=False)
response = connection.ephemeral_message(request_data, msg)
if response.get("ok"):
return MegatronResponse({"ok": True, "track": True}, 200)
return MegatronResponse({
"error": response.get("error"),
"track": False
}, 500)
def notify_user(request) -> MegatronResponse:
msg = request.data['message']
user_id = request.data['user_id']
channel_id = request.data['channel_id']
platform_type = request.data['platform_type']
request_data = RequestData(channel_id=channel_id,
user_id=user_id,
response_url="")
platform_type = PlatformType[platform_type.capitalize()].value
megatron_channel = MegatronChannel.objects.get(
platform_channel_id=channel_id, workspace__platform_type=platform_type)
connection = IntegrationService(
megatron_channel.megatron_integration).get_connection(as_user=False)
response = connection.ephemeral_message(request_data, msg)
if response.get('ok'):
return MegatronResponse({'ok': True, 'track': True}, 200)
return MegatronResponse({
'error': response.get('error'),
'track': False
}, 500)
def get_a_human(request):
payload = json.loads(request.body)
requesting_user = payload['requesting_user']
workspace_id = payload['workspace_id']
integration = MegatronIntegration.objects.get(
megatron_user__id=request.user.id)
team_connection = IntegrationService(integration).get_connection(
as_user=False)
# TODO: This should all be integration dependent
channel = settings.NOTIFICATIONS_CHANNELS[
NotificationChannels.customer_service]
slack_name = requesting_user['with_team_domain']
attach = {
"color":
'1f355e',
"text":
f"🆘 *{slack_name}* requested some help!",
"callback_id":
f"open",
"actions": [{
"name": "categorize",
"text": "Open engagement channel",
"type": "button",
"value": f'{workspace_id}-{requesting_user["slack_id"]}'
}],
"mrkdwn_in": ["text"]
}
msg = ({'text': ' ', 'attachments': [attach]})
msg_action = Action(ActionType.POST_MESSAGE, {
'channel': channel,
'message': msg
})
response = team_connection.take_action(msg_action)
if response.get('ok'):
return OK_RESPONSE
return MegatronResponse(response.get('error'), response.get('status'))
def incoming(request) -> MegatronResponse:
msg = request.data['message']
megatron_user = request.user
integration = megatron_user.megatronintegration_set.first()
team_interpreter = IntegrationService(integration).get_interpreter()
channel = MegatronChannel.objects.filter(
platform_user_id=msg['user']).first()
if not channel or channel.is_archived:
return MegatronResponse({'ok': True, 'track': False}, 200)
response = team_interpreter.incoming(msg, channel)
if response.get('ok'):
if response.get('watched_channel'):
front_integration.incoming_message.delay(msg)
channel = MegatronChannel.objects.filter(
platform_user_id=request.data['message']['user']).first()
MegatronMessage.objects.create(
integration_msg_id=response['ts'],
customer_msg_id=request.data['message']['ts'],
megatron_channel=channel)
return OK_RESPONSE
return MegatronResponse(response.get('error'), 500)
def incoming(request) -> MegatronResponse:
msg = request.data["message"]
megatron_user = request.user
integration = megatron_user.megatronintegration_set.first()
team_interpreter = IntegrationService(integration).get_interpreter()
channel = MegatronChannel.objects.filter(
platform_user_id=msg["user"]).first()
if not channel or channel.is_archived:
return MegatronResponse({"ok": True, "track": False}, 200)
response = team_interpreter.incoming(msg, channel)
if response.get("ok"):
if response.get("watched_channel"):
front_integration.incoming_message.delay(msg)
channel = MegatronChannel.objects.filter(
platform_user_id=request.data["message"]["user"]).first()
MegatronMessage.objects.create(
integration_msg_id=response["ts"],
customer_msg_id=request.data["message"]["ts"],
megatron_channel=channel,
)
return OK_RESPONSE
return MegatronResponse(response.get("error"), 500)
def outgoing(request) -> MegatronResponse:
user_id = request.data["user"]
message = request.data["message"]
try:
message["attachments"] = json.loads(message["attachments"])
except TypeError:
pass
try:
megatron_channel = MegatronChannel.objects.get(
platform_user_id=user_id)
except MegatronChannel.DoesNotExist:
return MegatronResponse({"ok": True, "track": False}, 200)
if megatron_channel.is_archived:
return MegatronResponse({"ok": True, "track": False}, 200)
megatron_integration = megatron_channel.megatron_integration
interpreter = IntegrationService(megatron_integration).get_interpreter()
customer_workspace_id = megatron_channel.workspace.platform_id
response = interpreter.outgoing(message, megatron_channel)
if response.get("ok"):
if response.get("watched_channel"):
front_integration.outgoing_message.delay(user_id,
customer_workspace_id,
message)
megatron_msg = MegatronMessage(
integration_msg_id=response["ts"],
customer_msg_id=request.data["ts"],
megatron_channel=megatron_channel,
)
megatron_msg.save()
return MegatronResponse({"ok": True, "track": True}, 200)
return MegatronResponse({
"error": response.get("error"),
"track": False
}, 500)
def _get_conversation_history(channel: MegatronChannel):
connection = WorkspaceService(channel.workspace).get_connection()
response = connection.open_im(channel.platform_user_id)
channel_id = response['channel']['id']
prev_messages = connection.im_history(channel_id, 10)
integration_interpreter = IntegrationService(
channel.megatron_integration).get_interpreter()
messages = prev_messages['messages']
messages.sort(key=lambda message: message['ts'])
previous_ts = None
for message in messages:
timestamp = datetime.fromtimestamp(int(message['ts'].split('.')[0]))
formatted_timestamp = _format_slack_timestamp(timestamp, previous_ts)
message['text'] = f"{formatted_timestamp}{message['text']}"
previous_ts = timestamp
if message.get('bot_id'):
integration_interpreter.outgoing(message, channel)
else:
integration_interpreter.incoming(message, channel)
return prev_messages
