lemiknow 0.0.9

Let's you know when your function is called, ends or crashes

Le Mi Know (when it runs)

A small library that extends on knockknock to get a notification when your function call starts, finishes, or when it crashes during the process with two additional lines of code.

Say goodbye to the guessing game, lemiknow will let you know what you need to know, when you need to know.

Installation

Install with pip or equivalent.

pip install lemiknow

This code has only been tested with Python >= 3.6.

Usage

The library is designed to be used in a seamless way, with minimal code modification: you only need to add a decorator on top your main function call. The return value (if there is one) is also reported in the notification.

There are currently eight ways to setup notifications:

Platform	Original External Contributors	Updated & Tested
email	-	No
Slack	-	Yes
Telegram	-	Yes
Microsoft Teams	@noklam	No
Text Message	@abhishekkrthakur	No
Discord	@watkinsm	Yes
Desktop	@atakanyenel	No
Matrix	@jcklie	Yes

Seting up notifications

Every decorator works the same way but some may require different parameters. Here is a dummy example to show the usual scenario

from lemiknow import fake_sender

@fake_sender(webhook="<your_webhook_url>", message=None, notify_end=True, include_details=True)
def function_call(parameters):
    import time
    time.sleep(10)
    return "Success" # Optional return value

Every decorator has the following three optional paramenters:

message: str
    Optional message to include when notifying the function call.
    default: None
notify_end: bool
    Send a notification when the function finishes (not recommended for short calls).
    default: True
include_details: bool
    Adds extra information on notifications like hostname, start time, etc.
    Can't be False if message is None.
    default: True

Telegram

You can also use Telegram Messenger to get notifications. You'll first have to create your own notification bot by following the three steps provided by Telegram here and save your API access TOKEN.

Telegram bots are shy and can't send the first message so you'll have to do the first step. By sending the first message, you'll be able to get the chat_id required (identification of your messaging room) by visiting https://api.telegram.org/bot<YourBOTToken>/getUpdates and get the int under the key message['chat']['id'].

Python

from lemiknow import telegram_sender

CHAT_ID: int = <your_messaging_room_id>
@telegram_sender(token="<your_api_token>", chat_id=CHAT_ID)
def train_your_nicest_model(your_nicest_parameters):
    import time
    time.sleep(10000)
    return {'loss': 0.9} # Optional return value

Command-line

lemiknow telegram \
    --token <your_api_token> \
    --chat-id <your_messaging_room_id> \
    sleep 10

Email

The service relies on Yagmail a GMAIL/SMTP client. You'll need a gmail email address to use it (you can setup one here, it's free). I recommend creating a new one (rather than your usual one) since you'll have to modify the account's security settings to allow the Python library to access it by Turning on less secure apps.

Python

from lemiknow import email_sender

@email_sender(recipient_emails=["<[e-mail]>", "<[e-mail]>"], sender_email="<grandma'[e-mail]>")
def train_your_nicest_model(your_nicest_parameters):
    import time
    time.sleep(10000)
    return {'loss': 0.9} # Optional return value

Command-line

lemiknow email \
    --recipient-emails <[e-mail]>,<[e-mail]> \
    --sender-email <grandma'[e-mail]> \
    sleep 10

If sender_email is not specified, then the first email in recipient_emails will be used as the sender's email.

Note that launching this will asks you for the sender's email password. It will be safely stored in the system keyring service through the keyring Python library.

Slack

Similarly, you can also use Slack to get notifications. You'll have to get your Slack room webhook URL and optionally your user id (if you want to tag yourself or someone else).

Python

from lemiknow import slack_sender

webhook_url = "<webhook_url_to_your_slack_room>"
@slack_sender(webhook_url=webhook_url, channel="<your_favorite_slack_channel>")
def train_your_nicest_model(your_nicest_parameters):
    import time
    time.sleep(10000)
    return {'loss': 0.9} # Optional return value

You can also specify an optional argument to tag specific people: user_mentions=[<your_slack_id>, <grandma's_slack_id>].

Command-line

lemiknow slack \
    --webhook-url <webhook_url_to_your_slack_room> \
    --channel <your_favorite_slack_channel> \
    sleep 10

You can also specify an optional argument to tag specific people: --user-mentions <your_slack_id>,<grandma's_slack_id>.

Microsoft Teams

Thanks to @noklam, you can also use Microsoft Teams to get notifications. You'll have to get your Team Channel webhook URL.

Python

from lemiknow import teams_sender

@teams_sender(token="<webhook_url_to_your_teams_channel>")
def train_your_nicest_model(your_nicest_parameters):
    import time
    time.sleep(10)
    return {'loss': 0.9} # Optional return value

Command-line

lemiknow teams \
    --webhook-url <webhook_url_to_your_teams_channel> \
    sleep 10

You can also specify an optional argument to tag specific people: user_mentions=[<your_teams_id>, <grandma's_teams_id>].

Text Message (SMS)

Thanks to @abhishekkrthakur, you can use Twilio to send text message notifications. You'll have to setup a Twilio account here, which is paid service with competitive prices: for instance in the US, getting a new number and sending one text message through this service respectively cost $1.00 and $0.0075. You'll need to get (a) a phone number, (b) your account SID and (c) your authentification token. Some detail here.

Python

from lemiknow import sms_sender

ACCOUNT_SID: str = "<your_account_sid>"
AUTH_TOKEN: str = "<your_auth_token>"
@sms_sender(account_sid=ACCOUNT_SID, auth_token=AUTH_TOKEN, recipient_number="<recipient's_number>", sender_number="<sender's_number>")
def train_your_nicest_model(your_nicest_parameters):
    import time
    time.sleep(10)
    return {'loss': 0.9} # Optional return value

Command-line

lemiknow sms \
    --account-sid <your_account_sid> \
    --auth-token <your_account_auth_token> \
    --recipient-number <recipient_number> \
    --sender-number <sender_number>
    sleep 10

Discord

Thanks to @watkinsm, you can also use Discord to get notifications. You'll just have to get your Discord channel's webhook URL.

Python

from lemiknow import discord_sender

webhook_url = "<webhook_url_to_your_discord_channel>"
@discord_sender(webhook_url=webhook_url)
def train_your_nicest_model(your_nicest_parameters):
    import time
    time.sleep(10000)
    return {'loss': 0.9} # Optional return value

Command-line

lemiknow discord \
    --webhook-url <webhook_url_to_your_discord_channel> \
    sleep 10

Desktop Notification

You can also get notified from a desktop notification. It is currently only available for MacOS.

Python

from lemiknow import desktop_sender

@desktop_sender(title="lemiknow Desktop Notifier")
def train_your_nicest_model(your_nicest_parameters):
    import time
    time.sleep(10000)
    return {"loss": 0.9}

Command Line

lemiknow desktop \
    --title 'lemiknow Desktop Notifier' \
    sleep 2

Matrix

Thanks to @jcklie, you can send notifications via Matrix. The homeserver is the server on which your user that will send messages is registered. Do not forget the schema for the URL (http or https). You'll have to get the access token for a bot or your own user. The easiest way to obtain it is to look into Riot looking in the riot settings, Help & About, down the bottom is: Access Token:<click to reveal>. You also need to specify a room alias to which messages are sent. To obtain the alias in Riot, create a room you want to use, then open the room settings under Room Addresses and add an alias.

Python

from lemiknow import matrix_sender

HOMESERVER = "<url_to_your_home_server>" # e.g. https://matrix.org
TOKEN = "<your_auth_token>"              # e.g. WiTyGizlr8ntvBXdFfZLctyY
ROOM = "<room_alias"                     # e.g. #lemiknow:matrix.org

@matrix_sender(homeserver=HOMESERVER, token=TOKEN, room=ROOM)
def train_your_nicest_model(your_nicest_parameters):
    import time
    time.sleep(10000)
    return {'loss': 0.9} # Optional return value

Command-line

lemiknow matrix \
    --homeserver <homeserver> \
    --token <token> \
    --room <room> \
    sleep 10