text: from __future__ import annotations
  from typing import TYPE_CHECKING
  
  from .events import (
      DirectMessageTypingEvent,
      DirectMessageReadEvent,
      TweetFavoriteActionEvent,
      UserRevokeEvent,
      UserFollowActionEvent,
      UserUnfollowActionEvent,
      UserBlockActionEvent,
      UserUnblockActionEvent,
      UserMuteActionEvent,
      UserUnmuteActionEvent,
  )
  from .message import Message, DirectMessage
  from .user import User
  from .tweet import Tweet
  from .dataclass import TimezoneInfo, Location, SleepTimeSettings
  from .dataclass import ApplicationInfo
  
  if TYPE_CHECKING:
      from .type import Payload
      from .http import HTTPClient
      from .user import ClientAccount
  
  __all__ = ("PayloadParser", "EventParser")
  
  
  class PayloadParser:
      __slots__ = "http_client"
  
      def __init__(self, http_client: HTTPClient):
          self.http_client = http_client
  
      def parse_user_payload(self, payload: Payload):
          copy = payload.copy()
          copy["public_metrics"] = {
              "followers_count": copy.get("followers_count"),
              "following_count": copy.get("friends_count"),
              "tweet_count": copy.get("statuses_count"),
              "listed_count": 0,
          }
          if "created_timestamp" in copy.keys():
              copy["created_at"] = copy.get("created_timestamp")
          if "screen_name" in copy.keys():
              copy["username"] = copy.get("screen_name")
  
          if "profile_image_url_https" in copy.keys():
              copy["profile_image_url"] = copy.get("profile_image_url_https")
          return copy
  
      def parse_tweet_payload(self, payload: Payload):
          copy = payload.copy()
          copy["public_metrics"] = {
              "quote_count": payload.get("quote_count"),
              "reply_count": payload.get("reply_count"),
              "retweet_count": payload.get("retweet_count"),
              "like_count": payload.get("favorite_count"),
          }
          copy["includes"] = {}
          copy["includes"]["mentions"] = [user.get("screen_name") for user in copy.get("entities").get("user_mentions")]
  
          if "timestamp_ms" in payload.keys():
              copy["timestamp"] = payload.get("timestamp_ms")
  
          if "user" in payload.keys():
              copy["includes"]["users"] = [self.parse_user_payload(payload.get("user"))]
  
          return copy
  
      def parse_time_zone_payload(self, payload: Payload):
          payload["name_info"] = payload.get("tzinfo_name")
          payload["timezone"] = TimezoneInfo(**payload.get("time_zone"))
          payload.pop("time_zone")
          payload.pop("tzinfo_name")
          return payload
  
      def parse_trend_location_payload(self, payload: Payload):
          payload["place_type"] = payload["placeType"]
          payload["country_code"] = payload["countryCode"]
          payload.pop("placeType")
          payload.pop("countryCode")
          payload.pop("parentid")
          payload["location"] = Location(**payload)
          return payload
  
      def parse_sleep_time_payload(self, payload: Payload):
          payload["sleep_time_setting"] = SleepTimeSettings(**payload["sleep_time"])
          payload.pop("sleep_time")
          return payload
  
      def insert_list_owner(self, payload: Payload, owner: User) -> Payload:
          payload["includes"] = {}
          payload["includes"]["users"] = [owner._payload]
          return payload
  
      def insert_pagination_object_author(self, payload: Payload) -> list:
          fulldata = []
          for index, data in enumerate(payload["data"]):
              fulldata.append({})
              fulldata[index]["data"] = data
              fulldata[index]["includes"] = {}
              fulldata[index]["includes"]["users"] = [payload.get("includes", {}).get("users", [None])[0]]
          return fulldata
  
      def parse_message_to_pagination_data(self, data: Payload, recipient: User, author: ClientAccount):
          for event_data in data.get("events"):
              message_data = event_data.get("message_create")
              message_data["target"]["recipient"] = recipient
              message_data["target"]["sender"] = author
          return data
  
  
  class EventParser:
      __slots__ = ("payload_parser", "http_client", "client_id")
  
      def __init__(self, http_client: HTTPClient):
          self.payload_parser = PayloadParser(http_client)
          self.http_client = http_client
          try:
              self.client_id = int(self.http_client.access_token.partition("-")[0])
          except AttributeError:
              self.client_id = int(self.http_client.fetch_me().id)
  
      def parse_direct_message_create(self, direct_message_payload: Payload):
          event_payload = {"event": direct_message_payload.get("direct_message_events")[0]}
          users = direct_message_payload.get("users")
  
          message_create = event_payload["event"].get("message_create")
          recipient_id = message_create.get("target").get("recipient_id")
          sender_id = message_create.get("sender_id")
  
          recipient = User(
              self.payload_parser.parse_user_payload(users.get(recipient_id)),
              http_client=self.http_client,
          )
          sender = User(
              self.payload_parser.parse_user_payload(users.get(sender_id)),
              http_client=self.http_client,
          )
          application_info = direct_message_payload.get("apps")
          if application_info:
              source_app_id = list(application_info.keys())[0]
              source_app = ApplicationInfo(**application_info.get(source_app_id))
  
          else:
              source_app = None
  
          event_payload["event"]["message_create"]["target"]["recipient"] = recipient
          event_payload["event"]["message_create"]["target"]["sender"] = sender
          event_payload["event"]["message_create"]["target"]["source_application"] = source_app
  
          direct_message = DirectMessage(event_payload, http_client=self.http_client)
  
          if recipient.id != self.client_id:
              self.http_client.user_cache[recipient.id] = recipient
  
          if sender.id != self.client_id:
              self.http_client.user_cache[sender.id] = sender
  
          self.http_client.message_cache[direct_message.id] = direct_message
          self.http_client.dispatch("direct_message", direct_message)
  
      def parse_direct_message_typing(self, typing_payload: Payload):
          event_payload = typing_payload.get("direct_message_indicate_typing_events")[0]
          users = typing_payload.get("users")
  
          recipient_id = event_payload.get("target").get("recipient_id")
          sender_id = event_payload.get("sender_id")
          recipient = User(
              self.payload_parser.parse_user_payload(users.get(recipient_id)),
              http_client=self.http_client,
          )
          sender = User(
              self.payload_parser.parse_user_payload(users.get(sender_id)),
              http_client=self.http_client,
          )
  
          event_payload["target"]["recipient"] = recipient
          event_payload["target"]["sender"] = sender
  
          if recipient.id != self.client_id:
              self.http_client.user_cache[recipient.id] = recipient
  
          if sender.id != self.client_id:
              self.http_client.user_cache[sender.id] = sender
  
          payload = DirectMessageTypingEvent(event_payload, http_client=self.http_client)
          self.http_client.dispatch("typing", payload)
  
      def parse_direct_message_read(self, read_payload: Payload):
          event_payload = read_payload.get("direct_message_mark_read_events")[0]
          users = read_payload.get("users")
  
          recipient_id = event_payload.get("target").get("recipient_id")
          sender_id = event_payload.get("sender_id")
          recipient = User(
              self.payload_parser.parse_user_payload(users.get(recipient_id)),
              http_client=self.http_client,
          )
          sender = User(
              self.payload_parser.parse_user_payload(users.get(sender_id)),
              http_client=self.http_client,
          )
  
          event_payload["target"]["recipient"] = recipient
          event_payload["target"]["sender"] = sender
  
          if recipient.id != self.client_id:
              self.http_client.user_cache[recipient.id] = recipient
  
          if sender.id != self.client_id:
              self.http_client.user_cache[sender.id] = sender
  
          payload = DirectMessageReadEvent(event_payload, http_client=self.http_client)
          self.http_client.dispatch("read", payload)
  
      def parse_user_revoke(self, action_payload: Payload):
          action = UserRevokeEvent(action_payload)
          self.http_client.dispatch("user_revoke", action)
  
      def parse_user_action(self, action_payload: Payload, action_type):
          action_payload = action_payload.copy()
          event_payload = action_payload.get(action_type)[0]
          action_type = event_payload.get("type")
          target = User(
              self.payload_parser.parse_user_payload(event_payload.get("target")),
              http_client=self.http_client,
          )
          source = User(
              self.payload_parser.parse_user_payload(event_payload.get("source")),
              http_client=self.http_client,
          )
  
          event_payload["target"] = target
          event_payload["source"] = source
  
          if target.id != self.client_id:
              self.http_client.user_cache[target.id] = target
  
          if source.id != self.client_id:
              self.http_client.user_cache[source.id] = source
  
          if action_type == "follow":
              action = UserFollowActionEvent(action_payload)
              self.http_client.dispatch("user_follow", action)
  
          elif action_type == "unfollow":
              action = UserUnfollowActionEvent(action_payload)
              self.http_client.dispatch("user_unfollow", action)
  
          elif action_type == "block":
              action = UserBlockActionEvent(action_payload)
              self.http_client.dispatch("user_block", action)
  
          elif action_type == "unblock":
              action = UserUnblockActionEvent(action_payload)
              self.http_client.dispatch("user_unblock", action)
  
          elif action_type == "mute":
              action = UserMuteActionEvent(action_payload)
              self.http_client.dispatch("user_mute", action)
  
          elif action_type == "unmute":
              action = UserUnmuteActionEvent(action_payload)
              self.http_client.dispatch("user_unmute", action)
  
      def parse_tweet_create(self, tweet_payload: Payload):
          tweet_payload = self.payload_parser.parse_tweet_payload(tweet_payload.get("tweet_create_events")[0])
          tweet = Tweet(tweet_payload, http_client=self.http_client)
          self.http_client.tweet_cache[tweet.id] = tweet
          self.http_client.dispatch("tweet_create", tweet)
  
      def parse_tweet_delete(self, tweet_payload: Payload):
          event_payload = tweet_payload.get("tweet_delete_events")[0]
          tweet_id = event_payload.get("status").get("id")
          tweet = self.http_client.tweet_cache.get(int(tweet_id))
          if not tweet:
              message = Message(None, tweet_id, 1)
              return self.http_client.dispatch("tweet_delete", message)
  
          try:
              self.http_client.tweet_cache.pop(int(tweet_id))
          except KeyError:
              pass
          finally:
              tweet.deleted_timestamp = int(event_payload.get("timestamp_ms"))
              self.http_client.dispatch("tweet_delete", tweet)
  
      def parse_favorite_tweet(self, favorite_payload: Payload):
          action_payload = favorite_payload.copy()
          event_payload = favorite_payload.get("favorite_events")[0]
          tweet = Tweet(self.payload_parser.parse_tweet_payload(event_payload.get("favorited_status")))
          user = User(self.payload_parser.parse_user_payload(event_payload.get("user")))
          event_payload["tweet"] = tweet
          event_payload["liker"] = user
  
          if user.id != self.client_id:
              self.http_client.user_cache[user.id] = user
  
          action = TweetFavoriteActionEvent(action_payload)
          self.http_client.dispatch("tweet_favorite", action)
  