# -*- coding: utf-8 -*-
""" This is the main session needed to access all Twitter Features."""
import os
import time
import logging
import webbrowser
import wx
import config
import output
import application
import appkeys
from pubsub import pub
import tweepy
from tweepy.errors import TweepyException, Forbidden, NotFound
from tweepy.models import User as UserModel
from mysc.thread_utils import call_threaded
from keys import keyring
from sessions import base
from sessions.twitter import utils, compose
from sessions.twitter.long_tweets import tweets, twishort
from . import reduce, streaming
from .wxUI import authorisationDialog
log = logging.getLogger("sessions.twitterSession")
class Session(base.baseSession):
""" A session object where we will save configuration, the twitter object and a local storage for saving the items retrieved through the Twitter API methods"""
def order_buffer(self, name, data, ignore_older=True):
""" Put new items in the local database.
name str: The name for the buffer stored in the dictionary.
data list: A list with tweets.
ignore_older bool: if set to True, items older than the first element on the list will be ignored.
returns the number of items that have been added in this execution"""
if name == "direct_messages":
return self.order_direct_messages(data)
num = 0
last_id = None
if (name in self.db) == False:
self.db[name] = []
if ("users" in self.db) == False:
self.db["users"] = {}
objects = self.db[name]
if ignore_older and len(self.db[name]) > 0:
if self.settings["general"]["reverse_timelines"] == False:
last_id = self.db[name][0].id
else:
last_id = self.db[name][-1].id
self.add_users_from_results(data)
for i in data:
if ignore_older and last_id != None:
if i.id < last_id:
log.error("Ignoring an older tweet... Last id: {0}, tweet id: {1}".format(last_id, i.id))
continue
if utils.find_item(i, self.db[name]) == None and utils.is_allowed(i, self.settings, name) == True:
if i == False: continue
reduced_object = reduce.reduce_tweet(i)
reduced_object = self.check_quoted_status(reduced_object)
reduced_object = self.check_long_tweet(reduced_object)
if self.settings["general"]["reverse_timelines"] == False: objects.append(reduced_object)
else: objects.insert(0, reduced_object)
num = num+1
self.db[name] = objects
return num
def order_people(self, name, data):
""" Put new items on the local database. Useful for cursored buffers (followers, friends, users of a list and searches)
name str: The name for the buffer stored in the dictionary.
data list: A list with items and some information about cursors.
returns the number of items that have been added in this execution"""
num = 0
if (name in self.db) == False:
self.db[name] = []
objects = self.db[name]
for i in data:
if utils.find_item(i, self.db[name]) == None:
if self.settings["general"]["reverse_timelines"] == False: objects.append(i)
else: objects.insert(0, i)
num = num+1
self.db[name] = objects
return num
def order_direct_messages(self, data):
""" Add incoming and sent direct messages to their corresponding database items.
data list: A list of direct messages to add.
returns the number of incoming messages processed in this execution, and sends an event with data regarding amount of sent direct messages added."""
incoming = 0
sent = 0
if ("direct_messages" in self.db) == False:
self.db["direct_messages"] = []
if ("sent_direct_messages" in self.db) == False:
self.db["sent_direct_messages"] = []
objects = self.db["direct_messages"]
sent_objects = self.db["sent_direct_messages"]
for i in data:
# Twitter returns sender_id as str, which must be converted to int in order to match to our user_id object.
if int(i.message_create["sender_id"]) == self.db["user_id"]:
if "sent_direct_messages" in self.db and utils.find_item(i, self.db["sent_direct_messages"]) == None:
if self.settings["general"]["reverse_timelines"] == False: sent_objects.append(i)
else: sent_objects.insert(0, i)
sent = sent+1
else:
if utils.find_item(i, self.db["direct_messages"]) == None:
if self.settings["general"]["reverse_timelines"] == False: objects.append(i)
else: objects.insert(0, i)
incoming = incoming+1
self.db["direct_messages"] = objects
self.db["sent_direct_messages"] = sent_objects
pub.sendMessage("sent-dms-updated", total=sent, account=self.db["user_name"])
return incoming
def __init__(self, *args, **kwargs):
super(Session, self).__init__(*args, **kwargs)
# Adds here the optional cursors objects.
cursors = dict(direct_messages=-1)
self.db["cursors"] = cursors
self.reconnection_function_active = False
self.counter = 0
self.lists = []
# As users are cached for accessing them with not too many twitter calls,
# there could be a weird situation where a deleted user who sent direct messages to the current account will not be able to be retrieved at twitter.
# So we need to store an "user deleted" object in the cache, but have the ID of the deleted user in a local reference.
# This will be especially useful because if the user reactivates their account later, TWblue will try to retrieve such user again at startup.
# If we wouldn't implement this approach, TWBlue would save permanently the "deleted user" object.
self.deleted_users = {}
self.type = "twitter"
pub.subscribe(self.handle_new_status, "newStatus")
pub.subscribe(self.handle_connected, "streamConnected")
# @_require_configuration
def login(self, verify_credentials=True):
""" Log into twitter using credentials from settings.
if the user account isn't authorised, it needs to call self.authorise() before login."""
if self.settings["twitter"]["user_key"] != None and self.settings["twitter"]["user_secret"] != None:
try:
log.debug("Logging in to twitter...")
self.auth = tweepy.OAuthHandler(appkeys.twitter_api_key, appkeys.twitter_api_secret)
self.auth.set_access_token(self.settings["twitter"]["user_key"], self.settings["twitter"]["user_secret"])
self.twitter = tweepy.API(self.auth)
self.twitter_v2 = tweepy.Client(consumer_key=appkeys.twitter_api_key, consumer_secret=appkeys.twitter_api_secret, access_token=self.settings["twitter"]["user_key"], access_token_secret=self.settings["twitter"]["user_secret"])
if verify_credentials == True:
self.credentials = self.twitter.verify_credentials()
self.logged = True
log.debug("Logged.")
self.counter = 0
except IOError:
log.error("The login attempt failed.")
self.logged = False
else:
self.logged = False
raise Exceptions.RequireCredentialsSessionError
# @_require_configuration
def authorise(self):
""" Authorises a Twitter account. This function needs to be called for each new session, after self.get_configuration() and before self.login()"""
if self.logged == True:
raise Exceptions.AlreadyAuthorisedError("The authorisation process is not needed at this time.")
else:
self.auth = tweepy.OAuthHandler(appkeys.twitter_api_key, appkeys.twitter_api_secret)
redirect_url = self.auth.get_authorization_url()
webbrowser.open_new_tab(redirect_url)
self.authorisation_dialog = authorisationDialog()
self.authorisation_dialog.cancel.Bind(wx.EVT_BUTTON, self.authorisation_cancelled)
self.authorisation_dialog.ok.Bind(wx.EVT_BUTTON, self.authorisation_accepted)
self.authorisation_dialog.ShowModal()
def verify_authorisation(self, pincode):
self.auth.get_access_token(pincode)
self.settings["twitter"]["user_key"] = self.auth.access_token
self.settings["twitter"]["user_secret"] = self.auth.access_token_secret
self.settings.write()
del self.auth
def authorisation_cancelled(self, *args, **kwargs):
""" Destroy the authorization dialog. """
self.authorisation_dialog.Destroy()
del self.authorisation_dialog
def authorisation_accepted(self, *args, **kwargs):
""" Gets the PIN code entered by user and validate it through Twitter."""
pincode = self.authorisation_dialog.text.GetValue()
self.verify_authorisation(pincode)
self.authorisation_dialog.Destroy()
def api_call(self, call_name, action="", _sound=None, report_success=False, report_failure=True, preexec_message="", *args, **kwargs):
""" Make a call to the Twitter API. If there is a connectionError or another exception not related to Twitter, It will call the method again at least 25 times, waiting a while between calls. Useful for post methods.
If twitter returns an error, it will not call the method anymore.
call_name str: The method to call
action str: What you are doing on twitter, it will be reported to the user if report_success is set to True.
for example "following @tw_blue2" will be reported as "following @tw_blue2 succeeded".
_sound str: a sound to play if the call is executed properly.
report_success and report_failure bool: These are self explanatory. True or False.
preexec_message str: A message to speak to the user while the method is running, example: "trying to follow x user"."""
finished = False
tries = 0
if preexec_message:
output.speak(preexec_message, True)
while finished==False and tries < 25:
try:
val = getattr(self.twitter, call_name)(*args, **kwargs)
finished = True
except TweepyException as e:
output.speak(str(e))
val = None
if type(e) != NotFound and type(e) != Forbidden:
tries = tries+1
time.sleep(5)
elif report_failure:
output.speak(_("%s failed. Reason: %s") % (action, str(e)))
finished = True
# except:
# tries = tries + 1
# time.sleep(5)
if report_success:
output.speak(_("%s succeeded.") % action)
if _sound != None: self.sound.play(_sound)
return val
def api_call_v2(self, call_name, action="", _sound=None, report_success=False, report_failure=True, preexec_message="", *args, **kwargs):
finished = False
tries = 0
if preexec_message:
output.speak(preexec_message, True)
while finished==False and tries < 25:
try:
val = getattr(self.twitter_v2, call_name)(*args, **kwargs)
finished = True
except TweepyException as e:
log.exception("Error sending the tweet.")
output.speak(str(e))
val = None
if type(e) != NotFound and type(e) != Forbidden:
tries = tries+1
time.sleep(5)
elif report_failure:
output.speak(_("%s failed. Reason: %s") % (action, str(e)))
finished = True
if report_success:
output.speak(_("%s succeeded.") % action)
if _sound != None: self.sound.play(_sound)
return val
def search(self, name, *args, **kwargs):
""" Search in twitter, passing args and kwargs as arguments to the Twython function."""
tl = self.twitter.search_tweets(*args, **kwargs)
tl.reverse()
return tl
# @_require_login
def get_favourites_timeline(self, name, *args, **kwargs):
""" Gets favourites for the authenticated user or a friend or follower.
name str: Name for storage in the database.
args and kwargs are passed directly to the Twython function."""
tl = self.call_paged("favorites", *args, **kwargs)
return self.order_buffer(name, tl)
def call_paged(self, update_function, *args, **kwargs):
""" Makes a call to the Twitter API methods several times. Useful for get methods.
this function is needed for retrieving more than 200 items.
update_function str: The function to call. This function must be child of self.twitter
args and kwargs are passed to update_function.
returns a list with all items retrieved."""
max = 0
results = []
data = getattr(self.twitter, update_function)(count=self.settings["general"]["max_tweets_per_call"], *args, **kwargs)
results.extend(data)
for i in range(0, max):
if i == 0: max_id = results[-1].id
else: max_id = results[0].id
data = getattr(self.twitter, update_function)(max_id=max_id, count=self.settings["general"]["max_tweets_per_call"], *args, **kwargs)
results.extend(data)
results.reverse()
return results
# @_require_login
def get_user_info(self):
""" Retrieves some information required by TWBlue for setup."""
f = self.twitter.get_settings()
sn = f["screen_name"]
self.settings["twitter"]["user_name"] = sn
self.db["user_name"] = sn
self.db["user_id"] = self.twitter.get_user(screen_name=sn).id
try:
self.db["utc_offset"] = f["time_zone"]["utc_offset"]
except KeyError:
self.db["utc_offset"] = -time.timezone
# Get twitter's supported languages and save them in a global variable
#so we won't call to this method once per session.
if len(application.supported_languages) == 0:
application.supported_languages = self.twitter.supported_languages()
self.get_lists()
self.get_muted_users()
self.settings.write()
# @_require_login
def get_lists(self):
""" Gets the lists that the user is subscribed to and stores them in the database. Returns None."""
self.db["lists"] = self.twitter.get_lists(reverse=True)
# @_require_login
def get_muted_users(self):
""" Gets muted users (oh really?)."""
self.db["muted_users"] = self.twitter.get_muted_ids()
# @_require_login
def get_stream(self, name, function, *args, **kwargs):
""" Retrieves the items for a regular stream.
name str: Name to save items to the database.
function str: A function to get the items."""
last_id = -1
if name in self.db:
try:
if self.db[name][0]["id"] > self.db[name][-1]["id"]:
last_id = self.db[name][0]["id"]
else:
last_id = self.db[name][-1]["id"]
except IndexError:
pass
tl = self.call_paged(function, sinze_id=last_id, *args, **kwargs)
self.order_buffer(name, tl)
def get_cursored_stream(self, name, function, items="users", get_previous=False, *args, **kwargs):
""" Gets items for API calls that require using cursors to paginate the results.
name str: Name to save it in the database.
function str: Function that provides the items.
items: When the function returns the list with results, items will tell how the order function should be look. for example get_followers_list returns a list and users are under list["users"], here the items should point to "users".
get_previous bool: wether this function will be used to get previous items in a buffer or load the buffer from scratch.
returns number of items retrieved."""
items_ = []
try:
if "cursor" in self.db[name] and get_previous:
cursor = self.db[name]["cursor"]
else:
cursor = -1
except KeyError:
cursor = -1
if cursor != -1:
tl = getattr(self.twitter, function)(cursor=cursor, count=self.settings["general"]["max_tweets_per_call"], *args, **kwargs)
else:
tl = getattr(self.twitter, function)(count=self.settings["general"]["max_tweets_per_call"], *args, **kwargs)
tl[items].reverse()
num = self.order_cursored_buffer(name, tl[items])
# Recently, Twitter's new endpoints have cursor if there are more results.
if "next_cursor" in tl:
self.db[name]["cursor"] = tl["next_cursor"]
else:
self.db[name]["cursor"] = 0
return num
def check_connection(self):
""" Restart the Twitter object every 5 executions. It is useful for dealing with requests timeout and other oddities."""
log.debug("Executing check connection...")
self.counter += 1
if self.counter >= 4:
log.debug("Restarting connection after 5 minutes.")
del self.twitter
self.logged = False
self.login(False)
self.counter = 0
def check_quoted_status(self, tweet):
""" Helper for get_quoted_tweet. Get a quoted status inside a tweet and create a special tweet with all info available.
tweet dict: A tweet dictionary.
Returns a quoted tweet or the original tweet if is not a quote"""
status = tweets.is_long(tweet)
if status != False and config.app["app-settings"]["handle_longtweets"]:
quoted_tweet = self.get_quoted_tweet(tweet)
return quoted_tweet
return tweet
def get_quoted_tweet(self, tweet):
""" Process a tweet and extract all information related to the quote. """
quoted_tweet = tweet
if hasattr(tweet, "full_text"):
value = "full_text"
else:
value = "text"
if hasattr(quoted_tweet, "entities"):
setattr(quoted_tweet, value, utils.expand_urls(getattr(quoted_tweet, value), quoted_tweet.entities))
if hasattr(quoted_tweet, "is_quote_status") == True and hasattr(quoted_tweet, "quoted_status"):
original_tweet = quoted_tweet.quoted_status
elif hasattr(quoted_tweet, "retweeted_status") and hasattr(quoted_tweet.retweeted_status, "is_quote_status") == True and hasattr(quoted_tweet.retweeted_status, "quoted_status"):
original_tweet = quoted_tweet.retweeted_status.quoted_status
else:
return quoted_tweet
original_tweet = self.check_long_tweet(original_tweet)
if hasattr(original_tweet, "full_text"):
value = "full_text"
elif hasattr(original_tweet, "message"):
value = "message"
else:
value = "text"
if hasattr(original_tweet, "entities"):
setattr(original_tweet, value, utils.expand_urls(getattr(original_tweet, value), original_tweet.entities))
# ToDo: Shall we check whether we should add show_screen_names here?
return compose.compose_quoted_tweet(quoted_tweet, original_tweet, session=self)
def check_long_tweet(self, tweet):
""" Process a tweet and add extra info if it's a long tweet made with Twyshort.
tweet dict: a tweet object.
returns a tweet with a new argument message, or original tweet if it's not a long tweet."""
long = False
if hasattr(tweet, "entities") and tweet.entities.get("urls"):
long = twishort.is_long(tweet)
if long != False and config.app["app-settings"]["handle_longtweets"]:
message = twishort.get_full_text(long)
if hasattr(tweet, "quoted_status"):
tweet.quoted_status.message = message
if tweet.quoted_status.message == False: return False
tweet.quoted_status.twishort = True
if hasattr(tweet.quoted_status, "entities") and tweet.quoted_status.entities.get("user_mentions"):
for i in tweet.quoted_status.entities["user_mentions"]:
if "@%s" % (i["screen_name"]) not in tweet.quoted_status.message and i["screen_name"] != self.get_user(tweet.user).screen_name:
if hasattr(tweet.quoted_status, "retweeted_status") and self.get_user(tweet.retweeted_status.user).screen_name == i["screen_name"]:
continue
tweet.quoted_status.message = u"@%s %s" % (i["screen_name"], tweet.message)
else:
tweet.message = message
if tweet.message == False: return False
tweet.twishort = True
if hasattr(tweet, "entities") and tweet.entities.get("user_mentions"):
for i in tweet.entities["user_mentions"]:
if "@%s" % (i["screen_name"]) not in tweet.message and i["screen_name"] != self.get_user(tweet.user).screen_name:
if hasattr(tweet, "retweeted_status") and self.get_user(tweet.retweeted_status.user).screen_name == i["screen_name"]:
continue
tweet.message = u"@%s %s" % (i["screen_name"], tweet.message)
return tweet
def get_user(self, id):
""" Returns an user object associated with an ID.
id str: User identifier, provided by Twitter.
returns a tweepy user object."""
if hasattr(id, "id_str"):
log.error("Called get_user function by passing a full user id as a parameter.")
id = id.id_str
# Check if the user has been added to the list of deleted users previously.
if id in self.deleted_users:
log.debug("Returning user {} from the list of deleted users.".format(id))
return self.deleted_users[id]
if ("users" in self.db) == False or (str(id) in self.db["users"]) == False:
log.debug("Requesting user id {} as it is not present in the users database.".format(id))
try:
user = self.twitter.get_user(id=id)
except TweepyException as err:
user = UserModel(None)
user.screen_name = "deleted_user"
user.id = id
user.name = _("Deleted account")
if type(err) == NotFound:
self.deleted_users[id] = user
return user
else:
log.exception("Error when attempting to retrieve an user from Twitter.")
return user
users = self.db["users"]
users[user.id_str] = user
self.db["users"] = users
user.name = self.get_user_alias(user)
return user
else:
user = self.db["users"][str(id)]
user.name = self.get_user_alias(user)
return user
def get_user_alias(self, user):
""" Retrieves an alias for the passed user model, if exists.
@ user Tweepy.models.user: An user object.
"""
aliases = self.settings.get("user-aliases")
if aliases == None:
log.error("Aliases are not defined for this config spec.")
return user.name
user_alias = aliases.get(user.id_str)
if user_alias != None:
return user_alias
return user.name
def get_user_by_screen_name(self, screen_name):
""" Returns an user identifier associated with a screen_name.
screen_name str: User name, such as tw_blue2, provided by Twitter.
returns an user ID."""
if ("users" in self.db) == False:
user = utils.if_user_exists(self.twitter, screen_name)
users = self.db["users"]
users[user["id"]] = user
self.db["users"] = users
return user["id"]
else:
for i in list(self.db["users"].keys()):
if self.db["users"][i].screen_name == screen_name:
return self.db["users"][i].id
user = utils.if_user_exists(self.twitter, screen_name)
users = self.db["users"]
users[user.id] = user
self.db["users"] = users
return user.id
def save_users(self, user_ids):
""" Adds all new users to the users database. """
if len(user_ids) == 0:
return
log.debug("Received %d user IDS to be added in the database." % (len(user_ids)))
users_to_retrieve = [user_id for user_id in user_ids if (user_id not in self.db["users"] and user_id not in self.deleted_users)]
# Remove duplicates
users_to_retrieve = list(dict.fromkeys(users_to_retrieve))
if len(users_to_retrieve) == 0:
return
log.debug("TWBlue will get %d new users from Twitter." % (len(users_to_retrieve)))
try:
users = self.twitter.lookup_users(user_id=users_to_retrieve, tweet_mode="extended")
users_db = self.db["users"]
for user in users:
users_db[user.id_str] = user
log.debug("Added %d new users" % (len(users)))
self.db["users"] = users_db
except TweepyException as err:
if type(err) == NotFound: # User not found.
log.error("The specified users {} were not found in twitter.".format(user_ids))
# Creates a deleted user object for every user_id not found here.
# This will make TWBlue to not waste Twitter API calls when attempting to retrieve those users again.
# As deleted_users is not saved across restarts, when restarting TWBlue, it will retrieve the correct users if they enabled their accounts.
for id in users_to_retrieve:
user = UserModel(None)
user.screen_name = "deleted_user"
user.id = id
user.name = _("Deleted account")
self.deleted_users[id] = user
else:
log.exception("An exception happened while attempting to retrieve a list of users from direct messages in Twitter.")
def add_users_from_results(self, data):
users = self.db["users"]
for i in data:
if hasattr(i, "user"):
if isinstance(i.user, str):
log.warning("A String was passed to be added as an user. This is normal only if TWBlue tried to load a conversation.")
continue
if (i.user.id_str in self.db["users"]) == False:
users[i.user.id_str] = i.user
if hasattr(i, "quoted_status") and (i.quoted_status.user.id_str in self.db["users"]) == False:
users[i.quoted_status.user.id_str] = i.quoted_status.user
if hasattr(i, "retweeted_status") and (i.retweeted_status.user.id_str in self.db["users"]) == False:
users[i.retweeted_status.user.id_str] = i.retweeted_status.user
self.db["users"] = users
def start_streaming(self):
if config.app["app-settings"]["no_streaming"]:
return
self.stream = streaming.Stream(twitter_api=self.twitter, user=self.db["user_name"], user_id=self.db["user_id"], muted_users=self.db["muted_users"], consumer_key=appkeys.twitter_api_key, consumer_secret=appkeys.twitter_api_secret, access_token=self.settings["twitter"]["user_key"], access_token_secret=self.settings["twitter"]["user_secret"], chunk_size=1025)
self.stream_thread = call_threaded(self.stream.filter, follow=self.stream.users, stall_warnings=True)
def stop_streaming(self):
if config.app["app-settings"]["no_streaming"]:
return
if hasattr(self, "stream"):
self.stream.running = False
log.debug("Stream stopped for accounr {}".format(self.db["user_name"]))
def handle_new_status(self, status, user):
""" Handles a new status present in the Streaming API. """
if self.logged == False:
return
# Discard processing the status if the streaming sends a tweet for another account.
if self.db["user_name"] != user:
return
# the Streaming API sends non-extended tweets with an optional parameter "extended_tweets" which contains full_text and other data.
# so we have to make sure we check it before processing the normal status.
# As usual, we handle also quotes and retweets at first.
if hasattr(status, "retweeted_status") and hasattr(status.retweeted_status, "extended_tweet"):
status.retweeted_status._json = {**status.retweeted_status._json, **status.retweeted_status._json["extended_tweet"]}
# compose.compose_tweet requires the parent tweet to have a full_text field, so we have to add it to retweets here.
status._json["full_text"] = status._json["text"]
if hasattr(status, "quoted_status") and hasattr(status.quoted_status, "extended_tweet"):
status.quoted_status._json = {**status.quoted_status._json, **status.quoted_status._json["extended_tweet"]}
if status.truncated:
status._json = {**status._json, **status._json["extended_tweet"]}
# Sends status to database, where it will be reduced and changed according to our needs.
buffers_to_send = []
if status.user.id_str in self.stream.users:
buffers_to_send.append("home_timeline")
if status.user.id == self.db["user_id"]:
buffers_to_send.append("sent_tweets")
for user in status.entities["user_mentions"]:
if user["id"] == self.db["user_id"]:
buffers_to_send.append("mentions")
users_with_timeline = [user.split("-")[0] for user in self.db.keys() if user.endswith("-timeline")]
for user in users_with_timeline:
if status.user.id_str == user:
buffers_to_send.append("{}-timeline".format(user))
for buffer in buffers_to_send[::]:
num = self.order_buffer(buffer, [status])
if num == 0:
buffers_to_send.remove(buffer)
# However, we have to do the "reduce and change" process here because the status we sent to the db is going to be a different object that the one sent to database.
status = reduce.reduce_tweet(status)
status = self.check_quoted_status(status)
status = self.check_long_tweet(status)
# Send it to the main controller object.
pub.sendMessage("newTweet", data=status, user=self.db["user_name"], _buffers=buffers_to_send)
def check_streams(self):
if config.app["app-settings"]["no_streaming"]:
return
if not hasattr(self, "stream"):
return
log.debug("Status of running stream for user {}: {}".format(self.db["user_name"], self.stream.running))
if self.stream.running == False:
self.start_streaming()
def handle_connected(self, user):
if self.logged == False:
return
if user != self.db["user_name"]:
log.debug("Connected streaming endpoint on account {}".format(user))
def send_tweet(self, *tweets):
""" Convenience function to send a thread. """
in_reply_to_status_id = None
for obj in tweets:
if len(obj["attachments"]) == 0:
item = self.api_call_v2(call_name="create_tweet", text=obj["text"], _sound="tweet_send.ogg", in_reply_to_tweet_id=in_reply_to_status_id, poll_duration_minutes=obj["poll_period"], poll_options=obj["poll_options"])
in_reply_to_status_id = item.data["id"]
else:
media_ids = []
for i in obj["attachments"]:
img = self.api_call("media_upload", filename=i["file"])
if i["type"] == "photo":
self.api_call(call_name="create_media_metadata", media_id=img.media_id, alt_text=i["description"])
media_ids.append(img.media_id)
item = self.api_call_v2(call_name="create_tweet", status=obj["text"], _sound="tweet_send.ogg", in_reply_to_tweet_id=in_reply_to_status_id, media_ids=media_ids, poll_duration_minutes=obj["poll_period"], poll_options=obj["poll_options"])
in_reply_to_status_id = item.data["id"]
def reply(self, text="", in_reply_to_status_id=None, attachments=[], *args, **kwargs):
if len(attachments) == 0:
item = self.api_call_v2(call_name="create_tweet", text=text, _sound="reply_send.ogg", in_reply_to_tweet_id=in_reply_to_status_id, *args, **kwargs)
else:
media_ids = []
for i in attachments:
img = self.api_call("media_upload", filename=i["file"])
if i["type"] == "photo":
self.api_call(call_name="create_media_metadata", media_id=img.media_id, alt_text=i["description"])
media_ids.append(img.media_id)
item = self.api_call(call_name="update_status", status=text, _sound="reply_send.ogg", tweet_mode="extended", in_reply_to_status_id=in_reply_to_status_id, media_ids=media_ids, *args, **kwargs)
def direct_message(self, text, recipient, attachment=None, *args, **kwargs):
if attachment == None:
item = self.api_call(call_name="send_direct_message", recipient_id=recipient, text=text)
else:
if attachment["type"] == "photo":
media_category = "DmImage"
elif attachment["type"] == "gif":
media_category = "DmGif"
elif attachment["type"] == "video":
media_category = "DmVideo"
media = self.api_call("media_upload", filename=attachment["file"], media_category=media_category)
item = self.api_call(call_name="send_direct_message", recipient_id=recipient, text=text, attachment_type="media", attachment_media_id=media.media_id)
if item != None:
sent_dms = self.db["sent_direct_messages"]
if self.settings["general"]["reverse_timelines"] == False:
sent_dms.append(item)
else:
sent_dms.insert(0, item)
self.db["sent_direct_messages"] = sent_dms
pub.sendMessage("sent-dm", data=item, user=self.db["user_name"])