answer:To combine both date and time selection into a single keyboard within one message, you can modify the `generate_combined_keyboard` function to check a state variable that determines whether to display dates or times. Additionally, the `button_click` callback query handler should update the existing message with the new keyboard instead of sending new messages. Here's how the updated implementation looks: ```python import telebot from telebot import types import datetime TOKEN = 'YOUR_BOT_TOKEN_HERE' bot = telebot.TeleBot(TOKEN) def generate_combined_keyboard(show_dates=True, selected_date=None, unavailable_times=None): keyboard = types.InlineKeyboardMarkup(row_width=4) # Show date buttons if show_dates: today = datetime.datetime.today() for i in range(7): date = today + datetime.timedelta(days=i) button_text = date.strftime('%d %B, %A') button = types.InlineKeyboardButton(text=button_text, callback_data=f"date_{date.strftime('%Y-%m-%d')}") keyboard.add(button) # Show time buttons if a date is selected else: start_hour = 8 for i in range(8): current_hour = start_hour + i button_text = f"{current_hour}:00 - {current_hour + 1}:00" callback_data = f"time_{selected_date}_{current_hour}" if unavailable_times and current_hour in unavailable_times: button_text = "Занято" callback_data = "occupied" button = types.InlineKeyboardButton(text=button_text, callback_data=callback_data) keyboard.add(button) # Add "Выбрать другой день" button at the end to go back to the dates back_button = types.InlineKeyboardButton(text="Выбрать другой день", callback_data="back_to_dates") keyboard.add(back_button) return keyboard @bot.message_handler(commands=['start']) def start(message): # Initialize with the date selection keyboard bot.send_message(message.chat.id, "Выберите дату или время:", reply_markup=generate_combined_keyboard()) @bot.callback_query_handler(func=lambda call: True) def button_click(call): if call.data.startswith("date_"): # User selected a date, show times for that date selected_date = call.data.split("_")[1] unavailable_times = [10, 14] # Example unavailable times # Update the message with the time selection keyboard bot.edit_message_text(chat_id=call.message.chat.id, message_id=call.message.message_id, text=f"Вы выбрали дату: {selected_date}. Теперь выберите время:", reply_markup=generate_combined_keyboard(False, selected_date, unavailable_times)) elif call.data.startswith("time_"): # User selected a time, display confirmation selected_date, selected_hour = call.data.split("_")[1:] bot.answer_callback_query(call.id, f"Вы выбрали время: {selected_hour}:00 - {int(selected_hour) + 1}:00") elif call.data == "back_to_dates": # User wants to go back to the date selection bot.edit_message_text(chat_id=call.message.chat.id, message_id=call.message.message_id, text="Выберите дату:", reply_markup=generate_combined_keyboard()) elif call.data == "occupied": # Time slot is occupied, inform the user bot.answer_callback_query(call.id, "Это время уже занято.") bot.polling(non_stop=True) ``` With this setup, when a user selects a date, the bot presents the time selection within the same message, and when the user selects a time, the bot confirms the choice with a callback query answer. If the user clicks "Выбрать другой день", they can go back to the date selection by updating the same message. Please replace `'YOUR_BOT_TOKEN_HERE'` with your actual Telegram bot token, and adjust the keyboard layouts as needed.

answer:To place an inline button in the middle of a Telegram bot message, you can utilize empty buttons to create spacing on either side. Telegram Bot API currently doesn't support direct placement of inline buttons; however, by adding buttons that do not have any visible text (or have invisible characters) and do not have a callback action, you can effectively center your main button. Keep in mind that each row must have the same number of buttons to line up correctly, and the maximum number of buttons per row is determined by the `row_width` parameter when creating the `InlineKeyboardMarkup`. Here is how you could implement this with `pyTelegramBotAPI` in Python: ```python import telebot from telebot import types TOKEN = 'YOUR_BOT_TOKEN_HERE' bot = telebot.TeleBot(TOKEN) def generate_centered_keyboard(): keyboard = types.InlineKeyboardMarkup(row_width=3) # Total buttons per row # Invisible button text invisible_text = u'U0001F invis ' # this should be an invisible character. # Empty buttons that act as spacers spacer_left = types.InlineKeyboardButton(text=invisible_text, callback_data="no_action") spacer_right = types.InlineKeyboardButton(text=invisible_text, callback_data="no_action") # The main button you want to center centered_button = types.InlineKeyboardButton(text="Main Button", callback_data="main_action") # Add buttons to the markup. The spacers will be on either side of the main button. keyboard.add(spacer_left, centered_button, spacer_right) return keyboard # Command handler to start the bot @bot.message_handler(commands=['start']) def start(message): keyboard = generate_centered_keyboard() bot.send_message(message.chat.id, "Here is your centered inline button:", reply_markup=keyboard) # To handle the "no action" you can decide to either not implement anything or just catch and ignore it. @bot.callback_query_handler(func=lambda call: call.data == "no_action") def ignore(call): # No action required for spacers, just answer back bot.answer_callback_query(call.id) # Implement the main action callback @bot.callback_query_handler(func=lambda call: call.data == "main_action") def main_action_handler(call): bot.send_message(call.message.chat.id, "Main button was clicked!") bot.polling(non_stop=True) ``` In the code above, we define two spacer buttons with `invisible_text` and a centered button. The `invisible_text` should be an invisible character, which can be tricky to find. One popular option is the Zero Width Space (`U+200B`), but it can sometimes cause issues or be visible depending on the platform. An alternative to using invisible characters is to use emoji that blend in with the button color, but this may vary in visibility depending on the user's theme settings. Please keep in mind that creating buttons that seem invisible or have no action can be considered as a workaround rather than an official feature, so it may not be the most elegant or reliable solution. Users can still tap those spacers, and the app will recognize it as an interaction, although your bot can ignore the callback if programmed to do so. Always keep an eye on the Telegram Bot API updates for any changes or improvements to this functionality.

answer:The issue in your code is caused by the `row_width` parameter you've set in the `InlineKeyboardMarkup()` constructor. Setting `row_width=4` means that the inline keyboard will automatically have 4 buttons (if available) per row. Since you only add one button at a time using `keyboard.add()` in your loop, each button ends up being on its own row, regardless of the `row_width`. To fix this and achieve a 2x5 keyboard (two columns with as many rows as needed for the buttons), you should manually create and add rows with a pair of buttons. Here's the corrected function: ```python def generate_2x5_inline_keyboard(): today = datetime.date.today() keyboard = types.InlineKeyboardMarkup() # Removed the row_width parameter # Create rows of two buttons for i in range(0, 10, 2): # Increments by 2 on each iteration to create pairs of dates buttons_row = [] # A list to hold the buttons for the current row for j in range(2): # Loop to create the two buttons in the row index = i + j # Index for the date (i is the row start, j is 0 or 1 for the column) date = today + datetime.timedelta(days=index) button_text = date.strftime('%d %B, %A') button = types.InlineKeyboardButton(text=button_text, callback_data=f'date_{index}') buttons_row.append(button) # Add the button to the current row keyboard.add(*buttons_row) # Use * to unpack the list into arguments for add() return keyboard ``` This corrected function will generate buttons in pairs and add them to the same row to create the 2x5 layout you are aiming for. The loop iterates by two steps so that for each iteration, it can generate the two buttons for the current row, which are then added to the `InlineKeyboardMarkup` using `keyboard.add(*buttons_row)`. The `*` operator unpacks the `buttons_row` list, turning its items into separate arguments for the `add` method.

answer:Création du pipeline Maintenant que le DataStream a été créé, nous pouvons y associer un pipeline pour filtrer les logs que nous avons reçus. L'objectif de ce pipeline est de mettre en forme ces événements de log et de les enrichir avec des métadonnées pertinentes pour l'indexation et l'analyse dans la suite ELK. Dans "Stack Management" -> "Ingest Pipelines", nous créons un nouveau pipeline en utilisant le bouton "Create Pipeline" et nous l'avons nommé selon ce qui est indiqué dans la topologie : [logs-sfs-prod@custom](https://elaas-inspec-dev.kb.elasticaas.ocb.equant.com/s/inspec-dev/app/management/ingest/ingest_pipelines/?pipeline=logs-sfs-prod%40custom). Celui-ci sera connecté à d'autres pipelines nommés [logs-sfs.access@custom](https://elaas-inspec-dev.kb.elasticaas.ocb.equant.com/s/inspec-dev/app/management/ingest/ingest_pipelines/?pipeline=logs-sfs.access%40custom), [logs-sfs.error@custom](https://elaas-inspec-dev.kb.elasticaas.ocb.equant.com/s/inspec-dev/app/management/ingest/ingest_pipelines/?pipeline=logs-sfs.error%40custom) et [logs-sfs.reverseproxy@custom](https://elaas-inspec-dev.kb.elasticaas.ocb.equant.com/s/inspec-dev/app/management/ingest/ingest_pipelines/?pipeline=logs-sfs.reverseproxy%40custom).