import time from pyrogram import filters from pyrogram.enums import ChatMemberStatus as CMS from pyrogram.enums import ChatType as CT from pyrogram.errors import RPCError from pyrogram.types import (CallbackQuery, InlineKeyboardButton, InlineKeyboardMarkup, Message) from Powers import SUPPORT_STAFF from Powers.bot_class import Gojo from Powers.database.approve_db import Approve from Powers.database.flood_db import Floods from Powers.utils.custom_filters import admin_filter, command from Powers.utils.kbhelpers import ikb Flood = Floods() approve = Approve() on_key = ["on", "start", "disable"] off_key = ["off", "end", "enable", "stop"] close_kb =InlineKeyboardMarkup( [ [ InlineKeyboardButton( "Close ❌", callback_data="close" ) ] ] ) action_kb = InlineKeyboardMarkup( [ [ InlineKeyboardButton( "Mute 🔇", callback_data="mute" ), InlineKeyboardButton( "Ban 🚷", callback_data="ban" ), InlineKeyboardButton( "Kick", callback_data="kick" ) ] ] ) within_kb = InlineKeyboardMarkup( [ [ InlineKeyboardButton( "5", callback_data="5" ), InlineKeyboardButton( "10", callback_data="10" ), InlineKeyboardButton( "15", callback_data="15" ) ] ] ) limit_kb = InlineKeyboardMarkup( [ [ InlineKeyboardButton( "5", callback_data="l_5" ), InlineKeyboardButton( "10", callback_data="l_10" ), InlineKeyboardButton( "15", callback_data="l_15" ) ] ] ) @Gojo.on_message(command(['floodaction','actionflood']) & admin_filter) async def flood_action(c: Gojo, m: Message): if m.chat.type == CT.PRIVATE: await m.reply_text("Use this command in group") return c_id = m.chat.id is_flood = Flood.is_chat(c_id) saction = is_flood[2] if is_flood: await m.reply_text( f"Choose a action given bellow to do when flood happens.\n **CURRENT ACTION** is {saction}", reply_markup=action_kb ) return await m.reply_text("Switch on the flood protection first.") return @Gojo.on_message(command(['setflood', 'flood']) & ~filters.bot & admin_filter) async def flood_set(c: Gojo, m: Message): if m.chat.type == CT.PRIVATE: return await m.reply_text("This command is ment to be used in groups.") split = m.text.split(None, 1) c_id = m.chat.id is_flood = Flood.is_chat(c_id) if len(split) == 1: c_id = m.chat.id if is_flood: saction = is_flood[2] slimit = is_flood[0] swithin = is_flood[1] return await m.reply_text(f"Flood is on for this chat\n**Action**:{saction}\n**Messages**:{slimit} within {swithin} sec") return await m.reply_text("Flood protection is off of this chat.") if len(split) == 2: c_id = m.chat.id if split[1].lower() in on_key: Flood.save_flood(m.chat.id, 5, 5, 'mute') await m.reply_text("Flood protection has been started for this group.") return if split[1].lower() in off_key: Flood.rm_flood(m.chat.id, slimit, swithin, saction) await m.reply_text("Flood protection has been stopped for this chat") return await m.reply_text("**Usage:**\n `/setflood on/off`") return @Gojo.on_callback_query() async def callbacks(c: Gojo, q: CallbackQuery): data = q.data if data == "close": await q.message.delete() q.answer("Closed") return c_id = q.message.chat.id is_flood = Flood.is_chat(c_id) saction = is_flood[2] slimit = is_flood[0] swithin = is_flood[1] user = q.from_user.id user_status = (await q.message.chat.get_member(q.from_user.id)).status if user in SUPPORT_STAFF or user_status in [CMS.OWNER, CMS.ADMINISTRATOR]: if data in ["mute", "ban", "kick"]: Flood.save_flood(c_id, slimit, swithin, data) await q.answer("Updated action", show_alert=True) q.edit_message_caption( f"Set the limit of message after the flood protection will be activated\n **CURRENT LIMIT** {slimit} messages", reply_markup=limit_kb ) return if data in ["l_5", "l_10", "l_15"]: change = int(data.split("_")[1]) Flood.save_flood(c_id, change, swithin, saction) await q.answer("Updated limit", show_alert=True) q.edit_message_caption( f"Set the time with the number of message recived treated as flood\n **CUURENT TIME** {swithin}", reply_markup=within_kb ) return if data in ["5", "10", "15"]: change = int(data) Flood.save_flood(c_id, slimit, change, saction) await q.answer("Updated", show_alert=True) q.edit_message_caption( "Flood protection setting has been updated", reply_markup=close_kb ) return else: await q.answer( "You don't have enough permission to do this!\nStay in your limits!", show_alert=True, ) @Gojo.on_callback_query(filters.regex("^un_")) async def reverse_callbacks(c: Gojo, q: CallbackQuery): data = q.data.split("_") action = data[1] user_id = int(data[2]) if action == "ban": user = await q.message.chat.get_member(q.from_user.id) if not user.privileges.can_restrict_members and q.from_user.id in SUPPORT_STAFF: await q.answer( "You don't have enough permission to do this!\nStay in your limits!", show_alert=True, ) return whoo = await c.get_chat(user_id) doneto = whoo.first_name if whoo.first_name else whoo.title try: await q.message.chat.unban_member(user_id) except RPCError as e: await q.message.edit_text(f"Error: {e}") return await q.message.edit_text(f"{q.from_user.mention} unbanned {doneto}!") return if action == "mute": user = await q.message.chat.get_member(q.from_user.id) if not user.privileges.can_restrict_members and user.id in SUPPORT_STAFF: await q.answer( "You don't have enough permission to do this!\nStay in your limits!", show_alert=True, ) return whoo = await c.get_users(user_id) try: await q.message.chat.unban_member(user_id) except RPCError as e: await q.message.edit_text(f"Error: {e}") return await q.message.edit_text(f"{q.from_user.mention} unmuted {whoo.mention}!") return @Gojo.on_message(filters.all & ~filters.bot, ~filters.private, 10) async def flood_watcher(c: Gojo, m: Message): c_id = m.chat.id u_id = m.from_user.id is_flood = Flood.is_chat(c_id) app_users = Approve(m.chat.id).list_approved() if u_id in {i[0] for i in app_users}: return #return if the user is approved if not is_flood or u_id in SUPPORT_STAFF: return #return if the user is in support_staff user_status = (await m.chat.get_member(m.from_user.id)).status if user_status in [CMS.OWNER, CMS.ADMINISTRATOR]: return #return if the user is owner or admin action = is_flood[2] limit = int(is_flood[0]) within = int(is_flood[1]) dic = {} for i in str(dic.keys()): if str(c_id) != i: z = {c_id : set()} dic.update(z) dic[c_id].add(u_id) # to be continued