i (SSKrSSKrSSKrSSKJrJrJrJr \R"\5r \RR5VVs0sH7upURS5(dMURS5(aM5X_M9 snnr Srgs snnf)N)signalSIGINTSIGTERMSIGABRTSIGSIG_c ^# SmU4Sjn[[[4Hn[X5 M [R "[R "S55mTIShvN M7N![Ra gf=f7f)abBlock the main script execution until a signal is received. This function will run indefinitely in order to block the main script execution and prevent it from exiting while having client(s) that are still running in the background. It is useful for event-driven application only, that are, applications which react upon incoming Telegram updates through handlers, rather than executing a set of methods sequentially. Once a signal is received (e.g.: from CTRL+C) the function will terminate and your main script will continue. Don't forget to call :meth:`~pyrogram.Client.stop` for each running client before the script ends. Example: .. code-block:: python import asyncio from pyrogram import Client, idle async def main(): apps = [ Client("account1"), Client("account2"), Client("account3") ] ... # Set up handlers for app in apps: await app.start() await idle() for app in apps: await app.stop() asyncio.run(main()) Ncf>[RS[US35 TR5 g)NzStop signal received (z ). Exiting...)loginfosignalscancel)signum__tasks L/app/mltbenv/lib/python3.13/site-packages/pyrogram/methods/utilities/idle.pysignal_handleridle..signal_handlerJs' )'&/):-HI iX)rrr signal_fnasyncio create_tasksleepCancelledError)rsrs @ridler!syN Dgw '!$( ""7==#56 JJ  %%   s<ABA) A'!A)%B'A))B=B?BB)rloggingrrrrr getLogger__name__r __dict__items startswithr r)vks00rr%s& @@ !__**, ,TQ||E #$<<#7 AD,  6  sB(BB