aiogramx 3.1.3

Widgets and tools for Aiogram bots

AiogramX

⭐ If you find this project useful, please consider starring the repository! It helps others discover the project and motivates me to keep improving it with new features and updates.

AiogramX (Aiogram eXtensions) is a modular collection of widgets and tools for building advanced Telegram bots using Aiogram. It simplifies the creation of user interfaces with inline keyboards, time selectors, calendars, paginators, and checkboxes — all with a clean API and optional callback handling. Quick Links 📦 PyPI Package 📚 Documentation 🐛 Issue Tracker 📬 Submit Pull Request 🤖 Live Demo Bot

---

✨ Features

• Paginator with lazy loading support
• Interactive calendar with date selection
• Versatile checkbox component
• Time selection widgets (grid and modern)
• Static class-style reply keyboard builder
• Easy integration and custom callbacks
• Full compatibility with aiogram 3.x

🚀 Why AiogramX?

AiogramX is designed with performance and scalability in mind. Unlike other widget libraries, it avoids common architectural pitfalls that can degrade your bot’s performance over time.

✅ Efficient Callback Handling

Most other libraries create a new callback handler per widget instance, which leads to:

• 📈 Handler bloat: Thousands of handlers pile up as users interact with widgets
• 🐢 Slowdowns: Aiogram has to iterate over a large handler list on every callback
• 🗑️ Memory waste: Unused handlers remain registered, even after widgets are discarded

🧠 AiogramX does it differently

AiogramX uses an internal LRU (Least Recently Used) storage mechanism (from FlipCache) to manage widget instances:

• 🔁 Single callback handler per widget type (e.g. TimeSelector, Paginator)
• 🧹 Old widget instances are automatically evicted from memory after a limit (default: 1000)
• 🧵 Cleaner, more predictable handler lifecycle
• ⚡ Improved performance and faster dispatching of callbacks

This architecture keeps your bot responsive, even under heavy usage.

📦 Installation

pip install aiogramx

📚 Components

📄 Paginator

Basic usage example

from aiogramx import Paginator

Paginator.register(dp)

def get_buttons():
    return [
        InlineKeyboardButton(text=f"Element {i}", callback_data=f"elem {i}")
        for i in range(10_000)
    ]


@dp.message(Command("pages"))
async def pages_handler(m: Message):
    pg = Paginator(per_page=15, per_row=2, data=get_buttons())
    await m.answer(text="Pagination Demo", reply_markup=await pg.render_kb())


@dp.callback_query(F.data.startswith("elem "))
async def handle_buttons(c: CallbackQuery):
    await c.message.edit_text(text=f"Selected elem with callback '{c.data}'")

Example with on_select and on_back callback functions

from aiogramx import Paginator

Paginator.register(dp)

def get_buttons():
    return [
        InlineKeyboardButton(text=f"Element {i}", callback_data=f"elem {i}")
        for i in range(10_000)
    ]


@dp.message(Command("pages"))
async def pages_handler(m: Message):
    async def on_select(c: CallbackQuery, data: str):
        await c.answer(text=f"Selected '{data}'")

    async def on_back(c: CallbackQuery):
        await c.message.edit_text("Ok")

    pg = Paginator(
        per_page=15, per_row=2, data=get_buttons(), on_select=on_select, on_back=on_back
    )
    await m.answer(text="Pagination Demo", reply_markup=await pg.render_kb())

Example using lazy functions

from aiogramx import Paginator

Paginator.register(dp)

async def get_buttons_lazy(cur_page: int, per_page: int) -> list[InlineKeyboardButton]:
    results = fetch_results_from_somewhere(cur_page, per_page)

    return [
        InlineKeyboardButton(text=row["value"], callback_data=f"id|{row['id']}")
        for row in results
    ]


async def get_count_lazy() -> int:
    async with pool.acquire() as conn:
        return await conn.fetchval("SELECT COUNT(*) FROM test_data")


async def handle_data_select(c: CallbackQuery, data: str):
    await c.message.edit_text(text=f"Selected callback '{data}'")


async def handle_back(c: CallbackQuery):
    await c.message.edit_text("Pagination closed")


@dp.message(Command("pages"))
async def pages_handler(m: Message):
    p = Paginator(
        per_page=11,
        per_row=3,
        lazy_data=get_buttons_lazy,
        lazy_count=get_count_lazy,
        on_select=handle_data_select,
        on_back=handle_back,
    )

    await m.answer(text="Pagination Demo", reply_markup=await p.render_kb())

📅 Calendar

Usage example

from aiogramx import Calendar

Calendar.register(dp)

@dp.message(Command("calendar"))
async def calendar_handler(m: Message):
    async def on_select(cq: CallbackQuery, date_obj: date):
        await cq.message.edit_text(
            text="Selected date: " + date_obj.strftime("%Y-%m-%d")
        )

    async def on_back(cq: CallbackQuery):
        await cq.message.edit_text(text="Canceled")

    c = Calendar(
        max_range=timedelta(weeks=12),
        show_quick_buttons=True,
        on_select=on_select,
        on_back=on_back,
    )
    await m.answer(text="Calendar Demo", reply_markup=await c.render_kb())

☑️ Checkbox

Basic usage

from aiogramx import Checkbox

Checkbox.register(dp)

@dp.message(Command("checkbox2"))
async def checkbox2_handler(m: Message):
    ch = Checkbox(["Option 1", "Option 2", "Option 3"])
    await m.answer(text="Checkbox Demo 2", reply_markup=await ch.render_kb())

Advanced usage with callback functions

from aiogramx import Checkbox

Checkbox.register(dp)

@dp.message(Command("checkbox"))
async def checkbox_handler(m: Message):
    async def on_select(cq: CallbackQuery, data: dict):
        flag_map = {True: "✅", False: "❌"}

        await cq.message.edit_text(
            text=str(
                "".join([f"{k}: {flag_map[v['flag']]}\n" for k, v in data.items()])
            )
        )

    async def on_back(cq: CallbackQuery):
        await cq.message.edit_text(text="You pressed the back button!")

    options = {
        "video_note": {
            "text": "🎞",
            "flag": True,
        },
        "voice": {
            "text": "🔉",
            "flag": False,
        },
        "test": None,
        "other": {},
    }

    ch = Checkbox(
        options=options,
        on_select=on_select,
        on_back=on_back,
    )
    await m.answer(text="Checkbox Demo", reply_markup=await ch.render_kb())

⏰ Time Selectors

Basic usage

from aiogramx import TimeSelectorGrid

TimeSelectorGrid.register(dp)

@dp.message(Command("grid"))
async def grid_kb_handler(m: Message):
    ts_grid = TimeSelectorGrid()
    await m.answer(text="Time Selector Grid", reply_markup=ts_grid.render_kb())

Advanced usage with callback functions

from aiogramx import TimeSelectorModern

TimeSelectorModern.register(dp)

@dp.message(Command("modern"))
async def modern_ts_handler(m: Message):
    async def on_select(c: CallbackQuery, time_obj: time):
        await c.message.edit_text(text=f"Time selected: {time_obj.strftime('%H:%M')}")
        await c.answer()

    async def on_back(c: CallbackQuery):
        await c.message.edit_text(text="Operation Canceled")
        await c.answer()

    ts_modern = TimeSelectorModern(
        allow_future_only=True,
        on_select=on_select,
        on_back=on_back,
        lang=m.from_user.language_code,
    )

    await m.answer(
        text="Time Selector Modern",
        reply_markup=ts_modern.render_kb(offset_minutes=5),
    )

🔘 Static Reply Keyboard Builder

A convenient way to define static reply menus using class-style syntax.

Usage example:

class ExampleKB(metaclass=ReplyKeyboardMeta):
    B1 = "Button 1"
    B2 = "Button 2"
    B3 = "Button 3"
    B4 = "Button 4"
    HELP = "🆘 Help"

    __LAYOUT__ = [
        [B1, B2],
        [HELP],
        [B4, B3],
    ]


@dp.message(Command("keyboard"))
async def reply_keyboard(m: Message):
    await m.answer("📋 Reply Keyboard Example", reply_markup=ExampleKB.kb)


@dp.message(F.text.in_(ExampleKB))
async def example_kb_handler(m: Message):
    if m.text == ExampleKB.B1:
        await m.answer("B1 is pressed!")

    elif m.text == ExampleKB.B2:
        await m.answer(f"'{ExampleKB.B2}' is pressed!")

    elif m.text == ExampleKB.B3:
        await m.answer(f"{ExampleKB.B3!r} is pressed!")

    elif m.text == ExampleKB.B4:
        await m.answer("B4 is pressed!")

    elif m.text == ExampleKB.HELP:
        await m.answer("Help message")

Features:

• Button labels are defined as class attributes.
• Optional __LAYOUT__ controls button arrangement, defaults to single button per row
• Access ExampleKB.kb to get the ready-to-use ReplyKeyboardMarkup.
• Iterate or check membership via in, for, or indexing (ExampleKB[0]).

---

For more usage examples and details, see examples

🧪 Contributing

Contributions are welcome! If you'd like to add new widgets or improve existing ones, feel free to open issues or submit pull requests.

📜 License

This project is licensed under the MIT License. See the LICENSE file for more information.