def search(self):
global timer_dm
global favorites_list
try:
logging.debug("looking for new favorites")
new_favs = api.favorites(count=190)
for fav in new_favs:
if fav.id not in favorites_list:
load_module.load_new_tweet("https://twitter.com/i/status/" + str(fav.id), from_fav=True)
logging.info("Loaded tweet with id:" + str(fav.id))
favorites_list.append(fav.id)
except Exception as e:
print("Error trying to get the last favs:", e)
logging.warning("Couldn't recover the last favs: " + str(e))
try:
last_dms = api.list_direct_messages()
logging.debug("Getting the last DMs")
except Exception as e:
print("Error trying to get the last DMs:", e)
logging.warning("Couldn't recover the DM list :" + str(e))
timer_dm = threading.Timer(MDListener.read_dm_timeout, self.search)
logging.info("Starting timer to the next DM search (with extended timeout)")
timer_dm.start()
else:
for messages in last_dms:
if int(messages.id) <= int(MDListener.lastID):
break
if 'message_data' in messages.message_create:
text = messages.message_create['message_data']['text']
user = messages.message_create['sender_id']
if user in self.permitted_ids:
print("\nLoad possible tweet")
print(text, "from:", user)
if user in self.permitted_ids:
try:
if text[0:5] == "text:" or text[0:5] == "Text:":
Data.access_list(mode=Data.insert, info=Data(text[5:].strip()))
logging.info("Inserted next tweet")
else:
import requests
site = requests.get(text)
load_module.load_new_tweet(site.url)
except Exception as e:
print("Error:", e)
logging.error("Error recovering the tweet: " + str(e))
else:
logging.warning("Not authorized person sent a DM to the bot")
if len(last_dms) > 0:
if int(last_dms[0].id) > int(MDListener.lastID):
MDListener.lastID = last_dms[0].id
self.save_last_dm()
timer_dm = threading.Timer(MDListener.read_dm, self.search)
logging.debug("Starting timer to the next DM search")
timer_dm.start()
def load_tweets():
tweets = load_from_json()
if tweets is None:
old_tweets = old_load()
# Save the files as a JSON
parse_to_json(old_tweets)
# Load from that JSON
tweets = load_from_json()
logging.info("Loaded: " + str(len(tweets)) + " tweets")
print("Loaded", len(tweets), "tweets")
print("Success!\n")
Data.access_list(mode=Data.set, info=tweets)
def save(output=False):
try:
save_to_json(Data.access_list(mode=Data.get_list))
if output:
print("Tweets had been saved")
logging.info("Tweets were saved")
except Exception as e:
print("Error while trying to save the tweets")
logging.error("Error: " + str(e))
def tweet(self):
if Data.access_list(mode=Data.length) == 0:
print("We run out of Tweets!")
logging.warning("There are no tweets")
load_module.save(output=True)
# Trying it again in Tweet.delay_without_tweets seconds
Tweet.timer_tweet = threading.Timer(Tweet.delay_without_tweets, self.tweet)
Tweet.timer_tweet.start()
Tweet.hadTweet = True
return
try:
to_tweet = Data.access_list(mode=Data.extract)
if len(to_tweet.text) <= 280: # Less than 281 chars
print("To tweet:\n" + to_tweet.text)
print("------------------------------------------------------------")
logging.info("Tweeting: " + to_tweet.text)
print("Trying to tweet...")
p = None
append_url = None
if len(to_tweet.text) > 1:
try:
if to_tweet.text.find("https://t.co/") != -1 and to_tweet.text.find("https://t.co/") != 0:
p = re.split("https://t.co/", to_tweet.text)
if len(p) == 2:
to_tweet.text = p[0]
append_url = requests.get("https://t.co/" + p[1]).url
if len(p) == 1:
to_tweet.text = ""
append_url = requests.get("https://t.co/" + p[0]).url
except Exception as e:
print(e)
if to_tweet.img is not None:
print("Media: " + str(to_tweet.img))
media = []
if isinstance(to_tweet.img, list):
for image in to_tweet.img:
print("Uploading", image)
media.append(api.media_upload(image).media_id)
logging.info("Upload: " + image)
api.update_status(media_ids=media, status=to_tweet.text, attachment_url=append_url)
print("Tweet with pic/s published")
logging.info("Tweet with pic/s published")
else: # Not used any more but legacy option just in case
print("Uploading", to_tweet.img)
api.update_with_media(to_tweet.img, to_tweet.text)
logging.info("Tweet with pic published")
else:
try:
api.update_status(status=to_tweet.text, attachment_url=append_url)
except: # This will happen if the appended url is a video, so we have to recover the shorten url
if p is not None:
if len(p) == 2:
append_url = "https://t.co/" + p[1]
to_tweet.text = to_tweet.text + append_url
if len(p) == 1:
append_url = "https://t.co/" + p[0]
to_tweet.text = to_tweet.text + append_url # = append_url should be valid too
api.update_status(status=to_tweet.text)
logging.info("Tweet published")
print("Tweeted!", end=" ")
seconds_to_wait = random.randint(Tweet.intervals[0], Tweet.intervals[1])
now = datetime.datetime.now() # get a datetime object containing current date and time
if now.hour in range(1, 9):
seconds_until_end_of_night_mode = (now.replace(hour=9, minute=0, second=0, microsecond=0) - now).total_seconds()
if seconds_until_end_of_night_mode < Tweet.night_mode_extra_delay:
seconds_to_wait = seconds_to_wait + seconds_until_end_of_night_mode
else:
seconds_to_wait = seconds_to_wait + Tweet.night_mode_extra_delay
next_time = (now + datetime.timedelta(0, seconds_to_wait)).strftime(
"%H:%M:%S") # Get the time when the next tweet will be post, and format it to make it easier to
# read in the console
Tweet.set_next_tweet_t(next_time)
print("Next tweet in:", seconds_to_wait, "seconds at " + str(next_time) + ". Remaining tweets:",
Data.access_list(mode=Data.length))
print("------------------------------------------------------------")
logging.info("Tweeted successfully, next tweet at " + str(next_time))
Tweet.timer_tweet = threading.Timer(seconds_to_wait, self.tweet)
Tweet.timer_tweet.start()
Tweet.counter = 0
Tweet.hadTweet = True # Flag to indicate that it has tweeted and therefore, the timer can be cancelled
load_module.save()
else:
print("That tweet couldn't be printed!")
print("------------------------------------------------------------")
logging.warning("Tweet to long to tweet")
self.tweet()
except Exception as e:
logging.error("Tweet couldn't be tweeted: " + str(e))
Tweet.counter = Tweet.counter + 1
Data.access_list(mode=Data.insert_last, info=to_tweet)
if Tweet.counter >= 5:
print("5 times in a row a tweet couldn't be used, the program will exit")
os._exit(1)
else:
print("Something went wrong trying to tweet, trying to tweet in 100/1000 seconds")
print("------------------------------------------------------------")
now = datetime.datetime.now()
if now.hour in range(1, 9):
time_to_wait = 1000
else:
time_to_wait = 100
next_time = (now + datetime.timedelta(0, time_to_wait)).strftime(
"%H:%M:%S") # Get the time when the next tweet will be post, and format it to make it easier to
# read in the console
Tweet.set_next_tweet_t(next_time)
Tweet.timer_tweet = threading.Timer(time_to_wait, self.tweet)
Tweet.timer_tweet.start()
def menu():
time.sleep(
1
) # A bit of delay to print properly the other initial messages of the other threads
logging.info("Started menu")
while True:
print(" \t\t--- Remaining tweets: " +
str(Data.access_list(mode=Data.length)) + " --- ")
print("------------------------------------------------------------")
print("1. Print next tweet\t", end="\t")
print("2. Enter the next tweet")
print("3. Delete next tweet\t", end="\t")
print("4. Put the tweet at the end of the queue")
print("5. Tweet next tweet\t", end="\t")
print("6. When is next tweet")
print("7. Copy a tweet (by url)", end="\t")
print("8. Shuffle list")
print("9. Reload configuration\t", end="\t")
print("10. Exit")
print("------------------------------------------------------------")
user_input = input()
try:
x = int(user_input)
logging.info("User introduced " + str(x))
if x == 1:
if Data.access_list(mode=Data.length) > 0:
print(
"------------------------------------------------------------\n"
)
print(Data.access_list(mode=Data.get))
logging.info("Printed next tweet")
else:
print("There are not tweets to display")
logging.warning("No tweets to print")
if x == 2:
Data.access_list(mode=Data.insert,
info=Data(input("Insert the next tweet:")))
load_module.save()
logging.info("Inserted next tweet")
elif x == 3:
if Data.access_list(mode=Data.length) > 1:
Data.access_list(mode=Data.extract)
print(
"The first tweet in line was deleted, the next one is:"
)
logging.info("Deleted the first tweet in line")
print(Data.access_list(mode=Data.get))
load_module.save()
elif Data.access_list(mode=Data.length) == 1:
Data.access_list(mode=Data.extract)
print("The last tweet was deleted")
logging.info("Printed next tweet")
load_module.save()
else:
print("There are not tweets to delete")
elif x == 4:
if Data.access_list(mode=Data.length) > 1:
Data.access_list(mode=Data.insert_last,
info=Data.access_list(mode=Data.extract))
print(
"Sent the first tweet in queue to the last position, next:"
)
print(Data.access_list(mode=Data.get))
logging.info(
"Sent the first tweet in queue to the last position")
load_module.save()
elif x == 5:
if Tweet.get_had_tweet():
logging.info("Canceling the timer of the next tweet")
Tweet.timer_tweet.cancel()
logging.info("Starting new Thread to make a new tweet")
Tweet.new()
else:
print(
"Don't abuse this function, wait until the bot has tweet at least one tweet"
)
logging.warning(
"User tried to cancel timer before the other thread tweeted something"
)
elif x == 6:
next_t = Tweet.get_next_tweet_t()
if next_t is None:
print("Bot just started, wait some seconds")
else:
logging.info("User recover the time of the next time: " +
Tweet.get_next_tweet_t())
print("Next tweet will be tweet at",
Tweet.get_next_tweet_t())
elif x == 7:
url = input("Insert the URL of the tweet to copy: ")
logging.info("User introduced " + url + " to copy a tweet")
load_module.load_new_tweet(url)
elif x == 8:
Data.access_list(mode=Data.shuffle)
print("Next tweet:")
print(Data.access_list(mode=Data.get))
elif x == 9:
logging.info("User try to reload the configuration")
load(True)
elif x == 10:
load_module.save(output=True)
logging.info("Exiting program")
exit()
except ValueError: # If not a number
print("Wrong input")
def load_new_tweet(url, from_fav=False):
api = auth.get_api()
try:
id = re.split("/", url)[-1]
if id.find("?") > 0:
id = id[:id.find("?")]
status = api.get_status(id, tweet_mode="extended")
if id in mdlistener.favorites_list:
return
mdlistener.favorites_list.append(id)
if not from_fav:
api.create_favorite(id)
print("Tweet with id:", id, "was faved")
logging.info("Tweet with id: " + id + " was faved")
else:
print("Received fav with tweet id: " + str(id))
logging.info("Received fav with tweet id: " + str(id))
if 'user_mentions' in status.entities:
if len(status.entities['user_mentions']) > 0:
print(
"This could be an answer, so then this is not process\n"
)
logging.info(
"This could be an answer, so then this is not process")
print(status.full_text)
logging.info("Tweet text: " + status.full_text)
print(
"------------------------------------------------------------"
)
return
logging.info("Tweet text: " + status.full_text)
print(status.full_text)
full_real_text = status.full_text
media_files = []
download_names = []
download = False
if 'media' in status.entities:
logging.info("Media found")
download = True
for photo in status.extended_entities['media']:
if photo['type'] == 'photo':
media_files.append(photo['media_url'])
logging.info("Getting info of photo: " +
photo['media_url'])
else:
logging.info(
"Get something that is not a photo: no download")
download = False
break
if download:
full_real_text = full_real_text.rsplit("https://t.co", 1)[0]
logging.info(
"Download option enable: removing the last link (t.co)")
if 'user_mentions' in status.entities:
if len(status.entities['user_mentions']) > 0:
logging.info("User mentions found")
for user in status.entities['user_mentions']:
to_remove = "@" + user['screen_name']
full_real_text = full_real_text.replace(to_remove, "")
logging.info("Removing: " + to_remove)
if download is False:
logging.info("Trying to insert without download")
if from_fav:
Data.access_list(mode=Data.insert_random,
info=Data(full_real_text))
else:
Data.access_list(mode=Data.insert, info=Data(full_real_text))
else:
print("To download: ")
try:
os.mkdir("images")
logging.info("Created images directory")
except FileExistsError: # If directory already exists
pass
for m in media_files:
print(m)
for media_file in media_files:
name = wget.download(media_file)
download_names.append(shutil.move(src=name, dst="images"))
logging.info("Downloaded: " + name)
print("\n") # Add a extra line
if from_fav:
Data.access_list(mode=Data.insert_random,
info=Data(full_real_text, download_names))
else:
Data.access_list(mode=Data.insert,
info=Data(full_real_text, download_names))
save()
print("------------------------------------------------------------")
except Exception as e:
print("Error while trying to get the tweet:", e)
logging.error(str(e))
