pyrostep 2.10.10

A Python library to handle steps in pyrogram framework.

Pyrostep

A Python library to handle steps in pyrogram framework.

Pyrostep helps you to use pyrogram:

• very easy step handling, waiting for answer, ...
• change connection timeout, retries, etc.

Updated to 2.10.10

• connection.connection_max_retries AttributeError fixed.
• different loop error fixed.

Updated to 2.10.8

• connection.session_max_retries completely changed.

• Install

• Learn:

  • step handling
  • wait_for method

• Other

install / update

python3 -m pip install -U pyrostep

Learn

to start with pyrostep, you have to do two steps:

1. import pyrostep
2. listen on client which you want

import pyrostep
# ...
cli = Client(...)
pyrostep.listen(cli)

• Learn step handling
• Learn wait_for method

step handling

step handling have two methods:

• pyrostep.register_next_step(...)
• pyrostep.unregister_steps(...)

register_next_step registers next step, and unregister_steps removes step for user.

see example: ( see examples )

# ...

async def step1(client, msg):
    await msg.reply(
        "Send your name?"
    )
    pyrostep.register_next_step(
        msg.from_user.id,
        step2
    )

async def step2(client, msg):
    await msg.reply(
        f"Your name is {msg.text}"
    )

# ...

wait_for method

if you dont like step handling, can use this method.

see example: ( see examples )

# ...

async def get_name(client, msg):
    await msg.reply(
        "Send your name?"
    )
    answer = await pyrostep.wait_for(
        msg.from_user.id
    )
    await msg.reply(
        f"Your name is {answer.text}"
    )

# ...

Other packages and shortcuts

Connection

connection_max_retries method:

Change connection max retries. (default 3)

invoke_max_retries method:

Change invoke max retries. (default 5)

session_start_timeout method:

Change start timeout. (default 1)

session_max_retries method:

Change session max retries.

Shortcuts

import shortcuts:

from pyrostep import shortcuts

Now see methods:

split_list splites lst list:

>>> shortcuts.split_list([1, 2, 3, 4, 5, 6], 2)
# [[1, 2], [3, 4], [5, 6]]
>>> shortcuts.split_list([1, 2, 3], 2)
# [[1, 2], [3]]

keyboard creates ReplyKeyboardMarkup from your list:

buttons = [
    [
        ["Top Left"], ["Top Right"]
    ],
    [
        ["Bottom | Request Contact", True, "request_contact"]
    ]
]
kb = shortcuts.keyboard(buttons)

inlinekeyboard creates InlineKeyboardMarkup from your list:

buttons = [
    [
        ["Top Left", "data_1"], ["Top Right", "data_2"]
    ],
    [
        ["Bottom", "Your URL", "url"]
    ]
]
ikb = shortcuts.inlinekeyboard(buttons)

validation_channels checks user already in channels or not:

user_id = 56392019
channels = [-102792837, -10823823, 'channel_username']

is_joined = await validation_channels(
    app, user_id, channels
)
# ...
async def invite(app, id, channels) -> None:
    print(
        f"User {id} is not member of channels ({channels})"
    )

is_joined = await validation_channels(
    app, user_id, channels,
    invite_func=invite
)