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monokeys

A client for Keys — small smart functions, each callable in one line. Standard library only: no dependencies, one file.

pip install monokeys

from monokeys import Keys

k = Keys()                                    # nothing to configure

print(k.alive.text("@durov"))
# alive · channel · Pavel Durov · 10 998 851 subscribers

print(k.answer.text("weather in Haifa"))
# Haifa: 27.4°C, wind 8.0 m/s, humidity 68% · source: weather

No signup, no access key, no quota: the client picks up the public key itself, and that key never expires and is never metered.

alive — is this Telegram link alive?

No account, no Bot API, no token: it reads the public t.me preview page — the same one messengers use to draw a link card.

k.alive("@durov")                  # the whole answer as an object
k.alive.members_count("@durov")    # 11005185 — just the number, already an int
k.alive.kind("ru_python")          # group
k.alive.verified("@BotFather")     # True

Understands every shape a link comes in: @durov, t.me/durov, t.me/durov/123, t.me/s/durov, t.me/+AbCdEf…, t.me/joinchat/…, DUROV.

Fields: is_alive, kind (channel / group / bot / user), title, description, members_count, members_label, online_count, verified, is_private, needs_request, restricted, has_preview, avatar_url, deep_link, action, username, url, error.

The subtlety that makes naive checks lie: Telegram answers 200 for a deleted channel and renders a placeholder. Alive and dead differ in the markup, not in the status code.

answer — one question, many sources at once

k.answer.text("who is Pavel Durov")   # Pavel Valeryevich Durov is a technology…
k.answer.text("weather in Haifa")     # Haifa: 27.4°C, wind 8.0 m/s
k.answer.text("100 usd to eur")       # 100 USD = 86.23 EUR · rate 0.86
k.answer("Haifa", sources="osm,wiki") # only the map and Wikipedia

The question goes to several places in parallel, each answers in its own field, and the best one is named separately along with links you can check it against. Leave sources out and the key reads the question and decides for itself.

Thirteen sources, not a single paid key: Wikipedia, Wikidata, Wiktionary, DuckDuckGo, OpenStreetMap, Open-Meteo, exchange rates, Crossref, arXiv, Open Library, PyPI, npm, GitHub.

Ask exactly the source you want

Every source is a method of its own. Same word, different answers:

k.answer.weather("Haifa")   # Haifa: 27.4°C, wind 8.0 m/s, humidity 68%
k.answer.osm("Haifa")       # Haifa, Haifa Subdistrict, Haifa District, Israel
k.answer.wiki("Haifa")      # Haifa is the third-largest city in Israel…
k.answer.rates("100 usd to eur")    # 100 USD = 86.23 EUR
k.answer.github("telegram")         # DrKLO/Telegram ★29798

Exchange rates that do the math

k.answer.rates("100 dollars to shekels")   # 100 USD = 299.24 ILS · rate 2.99
k.answer.rates("50 eur to ils and usd")    # 50 EUR = 173.06 ILS, 58.22 USD
k.answer.rates("100 UZS to KGS")           # codes work for all 166 currencies

The amount, the currencies and their order are parsed out of the question. 166 currencies, including ones the European Central Bank does not publish.

Two languages

The language is detected from the question itself: Cyrillic goes to Russian sources, Latin to English ones.

dev — a vulnerability, a domain or an address

k.dev.text("CVE-2021-44228")
# cve CVE-2021-44228 · critical · Apache Log4j2 2.0-beta9 through 2.15.0 …

k.dev.text("github.com")
# domain github.com · MarkMonitor Inc. · expires 2026-10-09 · 140.82.121.3

k.dev.text("8.8.8.8")
# ip 8.8.8.8 · Ashburn United States · Google LLC

The key works out what you gave it: a CVE number, a domain and an IP address look nothing like each other. Three things a developer looks up constantly, opening three different sites every time.

Open sources, no keys: CIRCL (a CVE database mirror), RDAP instead of the retired whois, DNS over Cloudflare, the Wayback Machine, ip-api.

crypto — what a coin costs

k.crypto.text("bitcoin")     # Bitcoin · 78 293 USD · 24h +0.08% · rank 1
k.crypto("ETH", vs="usd")

Deliberately separate from ordinary exchange rates: a currency has one central bank number per day, a coin has a price in several currencies at once, a 24-hour move and a market cap — and all of it changes by the minute.

Three ways to call any key

k.alive("@durov")                    # the whole answer: an object with fields
k.alive.members_count("@durov")      # a single field, in its own type
k.alive.text("@durov")               # a line for humans

Arguments

Keys(...) — the connection

k = Keys(timeout=5, retries=2)

k.<key>(...) — the call

k.alive("@durov", only="members_count")   # 11005185
k.alive("@durov", fmt="bool")             # 'true'
k.alive("@durov", timeout=3)              # do not wait longer than three seconds

What you can ask the client

The answer

Answer is a dict that also answers like an object:

res = k.alive("@durov")
res.title == res["title"]     # the same thing
bool(res)                     # True if the key answered in the affirmative
dict(res)                     # a plain dict

Typos do not stay silent:

res.tittle
# AttributeError: no field 'tittle' in the answer; there is: username, url, is_alive, ...

k.alive.members_cout("@durov")
# AttributeError: key 'alive' has no field 'members_cout'; there is: is_alive, kind, ...

Errors

All of them carry .status and .body. The first two subclass KeysError, so one except catches them all.

from monokeys import Keys, AccessDenied, Unavailable

try:
    res = k.alive("@durov")
except AccessDenied:
    print("the access key was not accepted")
except Unavailable:
    print("busy right now, will retry later")

Methods are not hard-coded

The list of keys and their fields comes from the server, so a new key is available at once, without updating the package:

k.names()          # ['alive', 'answer']
k.no_such_key      # AttributeError listing the ones that exist

Access keys

You do not need one — the public key works for everybody and is never metered. Your own is only for those who want a kill switch of their own; the service owner issues it, and it never expires either. Put it in .env:

KEYS_API_KEY=kx_...

Revoke your own key if it leaks:

curl -X POST -H "Authorization: Bearer kx_..." https://monoblock.casa/keys/token/revoke

If you would rather not install anything

The very same file can simply be downloaded — the package is built from it:

curl https://monoblock.casa/keys/sdk/python > monokeys.py

Or skip the client entirely — a key is just a link:

https://monoblock.casa/keys/alive/@durov  ->  alive · channel · Pavel Durov · …

Full documentation: https://monoblock.casa/keys/client

Source: https://github.com/monorez3/keys