Removed built-in timers. Use cron to schedule posts

run.sh

@@ -30,6 +30,10 @@ cd "$RUN_DIR"
 source "$VENV"
 "$ENTRY" "$@"
 
+RETURN_CODE="$?"
+
 # Cleanup
 deactivate
 cd - > /dev/null
+
+exit "$RETURN_CODE"

src/encryption.py

@@ -28,13 +28,11 @@ from cryptography.hazmat.primitives.kdf.pbkdf2 import PBKDF2HMAC
 from collections import OrderedDict
 
 
-class PasswordMismatch(Exception):
+class EncryptionFail(Exception):
 	pass
 
-
+class PasswordMismatch(Exception):
-# Salts
+	pass
-def generate_salt():
-	return os.urandom(16)
 
 
 # Return string from bytes
@@ -72,8 +70,7 @@ def derive_key(password, salt):
 		iterations=100000,
 		backend=default_backend()
 		)
-	r_key = base64.urlsafe_b64encode(kdf.derive(password))
+	return base64.urlsafe_b64encode(kdf.derive(password))
-	return r_key
 
 
 # Encryption functions
@@ -99,94 +96,62 @@ def decrypt(token, key):
 # encryption_function:	encrypt(message, key) : decrypt(token, key):
 # Returns settings_server_decrypted dictionary with Byte() values. Will need to use
 # ChangeEncodingDict to make them strings (recommended cfg file friendly)
-def __settings_server(password, salt, settings_server, encryption_function):
+def encrypt_settings(settings_server, password, salt, encryption_function):
 	key = derive_key(password, salt)
 	settings_server_decrypted = OrderedDict()
 	for setting in settings_server:
 		settings_server_decrypted[setting] = encryption_function(settings_server[setting], key)
 	return settings_server_decrypted
 
-
+def get_keyfile(keyfile=None):
-# Returns (salt, settings_server)
+	if keyfile is not None:
-def _settings_server_encrypt(settings_server):
+		with open(keyfile, "rb") as f:
-	salt = generate_salt()
+			return f.read()
-	password = getpass.getpass("Enter password: ")
+	return None
-	password2 = getpass.getpass("Retype Password: ")
-
-	if password != password2:
-		raise PasswordMismatch
-
-	settings_server_encrypted = __settings_server(password.encode(), salt, encode_dict(settings_server), encrypt)
-
-	return salt, settings_server_encrypted
 
 
-# Returns (settings_server)
+def get_pass(q):
-def _settings_server_decrypt(settings_server, settings_encrypt):
-	settings_server_encoded = encode_dict(settings_server)
-	if settings_encrypt["encrypt"]:
-		salt = salt_decode(settings_encrypt["salt"])
-		password = getpass.getpass("Enter password: ")
-		return __settings_server(password.encode(), salt, settings_server_encoded, decrypt)
-	else:
-		return settings_server_encoded
-
-
-# Wrapper function that will catch exceptions and exit
-def settings_server_new(function, **kwargs):
 	try:
-		return function(**kwargs)
+		return getpass.getpass(q).encode()
-
-	# If the user cancels the login
 	except KeyboardInterrupt:
-		print("\nQuitting...")
+		raise EncryptionFail("\nQuitting...")
 
-	# If the user passwords do not match (encrypt)
-	except PasswordMismatch:
-		print("Passwords do not match...")
 
-	# Incorrect password entered (decrypt)
+def settings_server_encrypt(settings_server, keyfile=None):
-	except InvalidToken:
+	try:
-		print("Password or Token Incorrect...")
+		settings_server = encode_dict(settings_server)
-
+		salt = os.urandom(16)
-	# Probably the salt value got modified
+		password = get_keyfile(keyfile)
-	except base64.binascii.Error:
+		if password is None:
-		print("Salt is invalid...")
+			password = get_pass("Enter password: ")
-
+			password2 = get_pass("Enter password: ")
-	# Some other kind of fuck up
+			if password != password2:
+				raise PasswordMismatch("Passwords do not match")
+		encrypted = encrypt_settings(settings_server, password, salt, encrypt)
+		return salt_encode(salt), decode_dict(encrypted)
+	except PasswordMismatch as e:
+		raise EncryptionFail(str(e))
 	except Exception as e:
-		print("Unknown exception occurred...")
+		err = str(e)
-		print(e)
+		raise EncryptionFail("Encrypt Error: {}".format(err))
-
-	# Exit if an exception was thrown
-	sys.exit(1)
 
 
-# Glue functions that package **kwargs automatically
+def settings_server_decrypt(settings_server, settings_encrypt, keyfile=None):
-def settings_server_encrypt(settings_server):
+	try:
-	kwargs = {"settings_server": settings_server}
+		if not settings_encrypt["encrypt"]:
-	return settings_server_new(_settings_server_encrypt, **kwargs)
+			return settings_server
-
+		settings_server = encode_dict(settings_server)
-
+		password = get_keyfile(keyfile or settings_encrypt["keyfile"]) or get_pass("Enter password: ")
-def settings_server_decrypt(settings_server, settings_encrypt):
+		salt = salt_decode(settings_encrypt["salt"])
-	kwargs = {
+		decrypted = encrypt_settings(settings_server, password, salt, decrypt)
-			"settings_server": settings_server,
+		return decode_dict(decrypted)
-			"settings_encrypt": settings_encrypt
+	except base64.binascii.Error:
-			}
+		raise EncryptionFail("Salt is invalid")
-	return settings_server_new(_settings_server_decrypt, **kwargs)
+	except InvalidToken:
-
+		raise EncryptionFail("Password or token is incorrect")
-
+	except Exception as e:
-# The _cfg functions should return a regular string
+		err = str(e)
-# These are the functions that should interface with the bot a return a plain string
+		raise EncryptionFail("Decrypt Error: {}".format(err))
-# settings_server ordered dictionary
-def settings_server_encrypt_cfg(settings_server):
-	salt, settings_server = settings_server_encrypt(settings_server)
-	return salt_encode(salt), decode_dict(settings_server)
-
-
-def settings_server_decrypt_cfg(settings_server, settings_encrypt):
-	settings_server = settings_server_decrypt(settings_server, settings_encrypt)
-	return decode_dict(settings_server)
 
 
 def main():
@@ -202,6 +167,7 @@ def main():
 	parser.add_argument("--encrypt", help="Generate encrypted authentication.", action="store_true")
 	parser.add_argument("--decrypt", help="Decrypt encrypted authentication", action="store_true")
 	parser.add_argument("--recrypt", help="Recrypt encrypted authentication", action="store_true")
+	parser.add_argument("-k", "--keyfile", help="Keyfile used for decryption", default=None)
 	parser.add_argument("-c", "--cfg", help="Specify config file.", default=default_cfg)
 
 	arguments = parser.parse_args()
@@ -214,25 +180,28 @@ def main():
 		import importlib
 		cfg = importlib.import_module(arguments.cfg)
 		settings_server = cfg.settings_server
-		settings_encrypt = None
+		settings_encrypt = cfg.settings_encrypt
+		keyfile = arguments.keyfile or settings_encrypt["keyfile"]
 
 		if arguments.decrypt and arguments.encrypt:
 			print("Re-encrypting")
 
 		if arguments.decrypt:		# arguments.decrypt
 			print("Decrypt...")
-			settings_server = settings_server_decrypt_cfg(cfg.settings_server, cfg.settings_encrypt)
+			settings_server = settings_server_decrypt(settings_server, settings_encrypt, arguments.keyfile)
 			settings_encrypt = OrderedDict([
 				("encrypt",	False),
-				("salt", cfg.settings_encrypt["encrypt"])
+				("salt",	settings_encrypt["salt"]),
+				("keyfile", arguments.keyfile)
 			])
 
 		if arguments.encrypt:
 			print("Encrypt...")
-			salt, settings_server = settings_server_encrypt_cfg(settings_server)
+			salt, settings_server = settings_server_encrypt(settings_server, keyfile)
 			settings_encrypt = OrderedDict([
 				("encrypt",	True),
-				("salt",				salt)
+				("salt",	salt),
+				("keyfile", arguments.keyfile)
 			])
 
 		print("settings_server = {}".format(pformat(settings_server)))
@@ -241,4 +210,8 @@ def main():
 
 
 if __name__ == "__main__":
+	try:
 		sys.exit(main())
+	except EncryptionFail as e:
+		print(e)
+		sys.exit(1)

src/main.py

@@ -24,142 +24,6 @@ import datetime
 import contextlib
 
 
-# A class that inherits from YandereBot from the yandere_bot module
-# This class is used to handle command line arguments gracefully, and extend functionality quickly
-# Bot specific changes should be made here (if they are minor enough).
-# This will be instantiated from the main() function
-class YandereBot(yandere_bot.YandereBot):
-	# The below settings are required from the configuration module
-	settings_time = None
-	settings_reminder = None
-
-	# Wait before running
-	delay_start = 0
-
-	def __init__(self, cfg, debug_mode, prime_bot, delay_d=None, delay_h=None, delay_s=None):
-		super(YandereBot, self).__init__(cfg, debug_mode, prime_bot=False)
-		self.load_settings(self.cfg, ("settings_time", "settings_reminder"))
-		self.set_pretimer(delay_d, delay_h, delay_s)
-
-		if self.debug_mode:
-			print("[DEBUG MODE ON - DRY RUN BEGIN]")
-
-		# Do not perform sanity test if stdout is None.
-		# input() will fail if stdout is None, which could happen with the following command
-		# ./run --dry-run -h -d 'a date in the past'
-		if sys.stdout is not None and not self.pass_sanity_test():
-			raise FailedSanityTest
-
-		if prime_bot:
-			self.prime_bot()
-	
-	def print_date_time_example(self):
-		print_fmt = "  {0:6} {1:10} {2}"
-		time_fmt = self.settings_time["time_format"]
-		date_fmt = self.settings_time["date_format"]
-		current_time = self.dateSelection
-
-		print(print_fmt.format(
-			"TIME", time_fmt, current_time.strftime(time_fmt)
-		))
-		print(print_fmt.format(
-			"DATE", date_fmt, current_time.strftime(date_fmt)
-		))
-
-	def set_delay_d(self, d):
-		try:
-			t = datetime.datetime.strptime(d, self.settings_time["date_format"])
-			self.dateNextSelection = self.dateNextSelection.replace(
-				year=t.year, month=t.month, day=t.day
-			)
-		except Exception:
-			print("Invalid date format: {}\n\nCorrect date/time format examples:".format(d))
-			self.print_date_time_example()
-			raise DateWrongFormat
-
-	def set_delay_h(self, h, add_24):
-		try:
-			t = datetime.datetime.strptime(h, self.settings_time["time_format"])
-			self.dateNextSelection = self.dateNextSelection.replace(
-				hour=t.hour, minute=t.minute, second=t.second, microsecond=t.microsecond
-			)
-			if self.dateNextSelection < self.dateSelection and add_24:
-				self.dateNextSelection = yandere_bot.time_add_seconds(self.dateNextSelection, 60 * 60 * 24)
-		except Exception:
-			print("Invalid time format: {}\n\nCorrect date/time format examples:".format(h))
-			self.print_date_time_example()
-			raise TimeWrongFormat
-
-	def set_pretimer(self, d=None, h=None, s=0):
-		if d:
-			self.set_delay_d(d)
-		if h:
-			self.set_delay_h(h, d is None)
-		if s:
-			self.delay_start = max(0, s)
-
-	# Check for potential misconfigurations by the user
-	def pass_sanity_test(self):
-		# Calculate pre-timer value
-		seconds_until_next_pos = yandere_bot.time_diff_seconds(self.dateNextSelection, self.dateSelection)
-
-		# Possible misconfigurations that will prompt the user to continue
-		pretimer_less_than_zero = seconds_until_next_pos < 0
-		pretimer_greater_than_sleep = seconds_until_next_pos > self.settings_behavior["sleep_seconds"]
-
-		# Prompt the user
-		prompt_user = pretimer_less_than_zero or pretimer_greater_than_sleep
-
-		# Remind the user to generate new OAuth tokens
-		dt = datetime.datetime.strptime(self.settings_reminder, self.settings_time["long_date_format"])
-		if dt < datetime.datetime.now():
-			print("REMINDER: Generate new tokens!!")
-
-		# Check if the bot is back-posting in time and make sure this is what the user wanted to avoid spamming
-		if pretimer_less_than_zero:
-			sleep = round(abs(seconds_until_next_pos), 2)
-			images = round(sleep / (self.settings_behavior["sleep_seconds"] * self.settings_behavior["uploads_per_post"]), 2) + 1
-			print("WARNING: Pre-timer is less than the current time by: {} seconds. {} images will post immediately".format(
-				sleep, images
-			))
-		# Check if the bot will wait for longer than the default amount of sleep time configured in the cfg.py
-		elif pretimer_greater_than_sleep:
-			print("WARNING: Pre-timer will sleep for {} seconds. This is more than the configured amount ({} seconds)".format(
-				round(seconds_until_next_pos, 2), self.settings_behavior["sleep_seconds"]
-			))
-
-		# Prompt the user if something doesn't seem right
-		# This must be done before we set up our keyboard interrupts. Otherwise the below exceptions will not work.
-		try:
-			if prompt_user:
-				# Default to 'y' if the user just presses enter
-				ans = input("Do you want to continue [Y/n]? ") or "y"
-				return ans.lower() in ("y", "yes")
-		except (EOFError, KeyboardInterrupt):
-			print()
-			return False
-
-		# Sanity test passed
-		return True
-
-	def start(self, delay=None):
-		_delay = delay or self.delay_start
-		return super(YandereBot, self).start(max(0, _delay))
-
-
-# Custom exceptions
-class TimeWrongFormat(Exception):
-	pass
-
-
-class DateWrongFormat(Exception):
-	pass
-
-
-class FailedSanityTest(Exception):
-	pass
-
-
 class FailedToLoadCfg(Exception):
 	pass
 
@@ -173,20 +37,14 @@ def main():
 	parser = argparse.ArgumentParser(
 		description="A bot for posting on Mastodon",
 		# epilog="All switches can be combined for greater control",
-		add_help=False)
+		add_help=True)
 	parser.add_argument("--dry-run", help="Will not login or post to Plemora", action="store_true")
 	parser.add_argument("--debug", help="Same as --dry-run", action="store_true")
-	parser.add_argument("-w", "--wait", type=int, help="Wait before posting first image (seconds)", default=0)
-	parser.add_argument("-t", "--time", help="Wait for time before posting first image", default=None)
-	parser.add_argument("-d", "--date", help="Wait for date before posting first image", default=None)
 	parser.add_argument("-c", "--config", help="Set custom config file (Default: {})".format(default_cfg), default=default_cfg)
-	parser.add_argument("-h", "--help", help="Show this help message and exit", action="store_true")
+	parser.add_argument("-k", "--keyfile", help="Keyfile used for decryption", default=None)
 	parser.add_argument("remainder", help=argparse.SUPPRESS, nargs=argparse.REMAINDER)
 	arguments = parser.parse_args()
 	
-	# Redirect stdout when the bot first initializes if the bot is not going to run normally
-	redirect_stdout = None if arguments.help else sys.stdout
-
 	# Yandere Lewd Bot
 	yandere = None
 	yandere_config = None
@@ -196,32 +54,17 @@ def main():
 		import importlib
 		yandere_config = importlib.import_module(arguments.config)
 	except ImportError:
-		print("Failed to Load Configuration:", arguments.config)
+		raise FailedToLoadCfg("Invalid config file: {}".format(arguments.config))
-		raise FailedToLoadCfg
 
 	# Flag if the bot is running in debug mode
-	debug_mode = (arguments.dry_run or arguments.debug or arguments.help)
+	debug_mode = arguments.dry_run or arguments.debug
 
-	with contextlib.redirect_stdout(redirect_stdout):
+	yandere = yandere_bot.YandereBot(
-		prime_bot = not arguments.help
-
-		yandere = YandereBot(
 		yandere_config,
-			debug_mode,
+		arguments.keyfile,
-			prime_bot,
+		debug_mode
-			arguments.date,
-			arguments.time,
-			arguments.wait
 	)
 	
-	# Print Usage Information with Time and Date Formats with Examples
-	if arguments.help:
-		parser.print_help()
-		print()
-		yandere.print_date_time_example()
-		print()
-		return 0
-
 	# Setup exit calls
 	# Must be done after we declare our bot(s), otherwise this will be called if quitting on decrypting settings )
 	def yandere_quit(signo, _frame):
@@ -242,13 +85,6 @@ if __name__ == "__main__":
 	# Exceptions raised from the main function
 	except FailedToLoadCfg:
 		sys.exit(10)
-	except FailedSanityTest:
-		sys.exit(9)
-	except DateWrongFormat:
-		sys.exit(8)
-	except TimeWrongFormat:
-		sys.exit(7)
-
 	# Exceptions raised from the bot
 	except yandere_bot.Debug:
 		sys.exit(6)

src/yandere_bot.py

@@ -28,7 +28,7 @@ from mastodon import Mastodon, MastodonIllegalArgumentError, MastodonAPIError, M
 
 
 # A class that contains all of the rendering information for a single post
-class YandereFrame:
+class PickAndRenderFrame:
 	# From Config File
 	profile_name = ""
 	path = ""
@@ -36,16 +36,17 @@ class YandereFrame:
 	skip = tuple()
 	nsfw = tuple()
 	output_name = ""
-	output_name_tr = ""
-	translation = {}
 	message = ""
 	message_nsfw = ""
 	render_script = ""
 
-	# Picked
+	# After pick
 	picked_frame = None
+	output_name_tr = ""
 
-	def __init__(self, picked):
+	def __init__(self, picked, datetime_format):
+		dt_now = datetime.datetime.now()
+		dt_now_str = datetime.datetime.strftime(dt_now, datetime_format)
 		self.profile_name =		picked["profile_name"]
 		self.path =				picked["path"]
 		self.frames =			picked["frames"]
@@ -56,24 +57,33 @@ class YandereFrame:
 		self.message =			picked["message"]
 		self.message_nsfw =		picked["message_nsfw"]
 		self.render_script =	picked["render_script"]
-		self.add_translation("profile_name", self.profile_name)
 
-	def add_translation(self, k, v):
+		self.picked_frame = self._pick_frame()
-		self.translation.update({k: v})
 
-	def pick(self):
+		# Shell-like substitutions
-		random.seed(os.urandom(16))
+		translations = {
+				"profile_name": self.profile_name,
+				"frame": str(self.picked_frame),
+				"datetime": dt_now_str
+			}
+		
+		self.output_name_tr = self._translate_basename(translations)
+		self._render_frame()
+	
+	def __del__(self):
+		render_file = self.output_name_tr
+		if render_file and os.path.isfile(render_file):
+			os.remove(render_file)
+
+	def _pick_frame(self):
 		picked_frame = None
 		while picked_frame is None:
 			picked_frame = random.random() * self.frames
 			for skip in self.skip:
 				begin, end = skip
 				if begin <= picked_frame <= end:
-					print("Cannot pick frame:", picked_frame, "from:", self.profile_name)
 					picked_frame = None
 					break
-		self.picked_frame = picked_frame
-		self.add_translation("frame", str(picked_frame))
 		return picked_frame
 	
 	def is_nsfw(self):
@@ -83,29 +93,25 @@ class YandereFrame:
 				return True
 		return False
 
-	def translate_basename(self):
+	def _translate_basename(self, translations):
-		output_name = self.output_name
+		output_name_tr = self.output_name
-		output_name_tr = output_name
+		for k,v in translations.items():
-		for k,v in self.translation.items():
 			replace_token = "${" + k + "}"
 			output_name_tr = output_name_tr.replace(replace_token, v)
-		self.output_path_tr = output_name_tr
 		return output_name_tr
 
 	# TODO: Add translation keywords to the message
 	def get_message(self):
 		return self.message_nsfw if self.is_nsfw() else self.message
 
-	def render(self):
+	def _render_frame(self):
-		self.translate_basename()
 		args = [
 			self.render_script,
 			self.path,
-			self.output_path_tr,
+			self.output_name_tr,
-			self.translation["frame"]
+			str(self.picked_frame)
 		]
 		subprocess.run(args)
-		return self.output_path_tr
 
 
 class YandereBot:
@@ -123,27 +129,22 @@ class YandereBot:
 
 	# Class variables
 	mastodon_api = None
-	listPictures = []
 	failed_uploads = 0
+	consecutive_failed_uploads = 0
 	currentSessionCount = 0
 	debug_mode = False
 	primed = False
 	decrypted = False
 
-	# Time variables
-	dateSelection = None
-	dateNextSelection = None
-
 	# YandereBot.__init__()
 	# @param cfg            A dynamically loaded python module
 	# @param debug_mode     Should the bot run in debug mode (do not sign in or post to Pleroma)
 	# prime_bot             Should the bot immediately prime itself (configure picture list and login, but don't post)
-	def __init__(self, cfg, debug_mode=False, prime_bot=True):
+	def __init__(self, cfg, keyfile=None, debug_mode=False, prime_bot=True):
-		self.dateSelection = datetime.datetime.now()
-		self.dateNextSelection = self.dateSelection
 		self.cfg = cfg
 		self.load_settings(self.cfg)
 		self.debug_mode = debug_mode or self.settings_behavior["debug"]
+		self.settings_encrypt["keyfile"] = keyfile or self.settings_encrypt["keyfile"]
 		if prime_bot:
 			self.prime_bot()
 
@@ -172,7 +173,11 @@ class YandereBot:
 	def decrypt_settings(self):
 		if self.settings_encrypt["encrypt"] and not self.decrypted and not self.debug_mode:
 			import encryption
-			self.settings_server = encryption.settings_server_decrypt_cfg(self.settings_server, self.settings_encrypt)
+			try:
+				self.settings_server = encryption.settings_server_decrypt(
+						self.settings_server, self.settings_encrypt, self.settings_encrypt["keyfile"])
+			except encryption.EncryptionFail as e:
+				raise BadCfgFile(str(e))
 		self.decrypted = True
 
 	# Login to Pleroma
@@ -195,33 +200,30 @@ class YandereBot:
 			raise FailedLogin
 
 	# Maybe I should remove this from the backend?
-	def print_header_stats(self, yandere_frame, date_selection, date_next_selection):
+	def print_header_stats(self, picked):
 		profile, frame, nsfw, path = None, None, None, None
-		if yandere_frame:
+		if picked:
-			profile = yandere_frame.profile_name
+			profile = picked.profile_name
-			frame = yandere_frame.picked_frame
+			frame = picked.picked_frame
-			nsfw = yandere_frame.is_nsfw()
+			nsfw = picked.is_nsfw()
-			path = yandere_frame.output_path_tr
+			path = picked.output_name_tr
-		print("\n==== PLEROMA ====")
+		print("Profile: {} | Frame: {} | NSFW: {} | Path: {}".format(
-		print("Profile: {} | Frame: {} | NSFW: {}".format(
+			profile, frame, nsfw, path
-			profile, frame, nsfw
 			))
-		print("Path:", path)
-		next_selection_seconds = max(0, int(time_diff_seconds(date_next_selection, date_selection)))
-		print("Selection time:		{}".format(
-			date_selection.strftime(self.settings_time["long_date_format"]))	)
-		print("Next selection time:	{} ({} seconds)".format(
-			date_next_selection.strftime(self.settings_time["long_date_format"]), next_selection_seconds)	)
-		print("[ {} Selected during session | {} Failed ]\n".format(
-			self.currentSessionCount, self.failed_uploads)	)
 
 	# Returns a list of tuples that contain the media list path and media mastodon dictionary
 	def upload_media_list(self, path_list):
 		media_list = []
-		for ele in path_list:
+		for path in path_list:
+			if not os.path.isfile(path):
+				raise FileNotFoundError("Could not upload: {}".format(path))
 			if not self.debug_mode:
-				media = self.mastodon_api.media_post(ele, description=os.path.basename(ele))
+				media = self.mastodon_api.media_post(path, description=os.path.basename(path))
-				media_list.append((ele, media))
+				media_dict = {
+						"path": path,
+						"media": media
+						}
+				media_list.append(media_dict)
 		return media_list
 
 	def get_post_text(self, yandere_frame, media_list):
@@ -232,8 +234,9 @@ class YandereBot:
 		string_imglinks = []
 
 		if media_list and self.settings_behavior["post_image_link"]:
-			for ele in media_list:
+			for media_dict in media_list:
-				path, media = ele
+				path = media_dict["path"]
+				media = media_dict["media"]
 				if path is None or media is None:
 					continue
 				elif content_type == "text/markdown" and not self.debug_mode:
@@ -246,31 +249,25 @@ class YandereBot:
 		# Join non empty strings with a newline character
 		string_imglinks_joined = content_newline.join(filter(None, string_imglinks))
 		string_post = content_newline.join(filter(None, (static_message, string_imglinks_joined)))
-		return content_type, string_post
+		return string_post
 
 	def _post(self, yandere_frame):
-		media_list = self.upload_media_list([yandere_frame.output_path_tr])
+		if not yandere_frame:
-		content_type, message = self.get_post_text(yandere_frame, media_list)
+			raise InvalidPost("Frame is none")
+		upload_list = [yandere_frame.output_name_tr]
+		media_list = self.upload_media_list(upload_list)
+		message = self.get_post_text(yandere_frame, media_list)
 		if self.debug_mode:
 			return yandere_frame
 		self.mastodon_api.status_post(
 			message,
-			media_ids=[i[1] for i in media_list if len(i) == 2],
+			media_ids=[i["media"] for i in media_list],
 			visibility=self.settings_behavior["visibility"],
 			sensitive=yandere_frame.is_nsfw(),
-			content_type=content_type
+			content_type=self.settings_behavior["content_type"]
 		)
 		return yandere_frame
 
-	def render_frame(self, picked_profile):
-		yandere_frame = YandereFrame(picked_profile)
-		yandere_frame.add_translation("datetime", datetime.datetime.strftime(datetime.datetime.now(), self.cfg.settings_time["datetime"]))
-		yandere_frame.pick()
-		yandere_frame.render()
-		if not os.path.isfile(yandere_frame.output_path_tr):
-			raise FileNotFoundError("Could not generate screenshot:", yandere_frame.output_path_tr)
-		return yandere_frame
-
 	# The main post function
 	# This function is responsible for incrementing self.currentSessionCount, as well as posting and blacklisting the
 	# picked item.
@@ -282,73 +279,39 @@ class YandereBot:
 	def post(self):
 		picked = None
 
-		# Flags that are set if an upload fails
-		timeout = False
-
 		# Attempt post
 		try:
 			# Post
+			dt_picked = self.settings_time["datetime"]
 			picked_profile = random.choice(self.cfg.settings_post)
-			picked = self.render_frame(picked_profile)
+			picked = PickAndRenderFrame(picked_profile, dt_picked)
 			self._post(picked)
-			if os.path.isfile(picked.output_path_tr):
-				os.remove(picked.output_path_tr)
-			else:
-				raise FileNotFoundError("Unable to render {}".format(picked.output_path_tr))
 
 			# After a successful post
 			self.currentSessionCount += 1
+			self.consecutive_failed_uploads = 0
 
 			# The post was successful
 			return picked
 
-		# Attempted to post a file that doesn't exist (immediately repost ignoring retry_seconds)
-		except FileNotFoundError as e:
-			print(e)
-			# Exception flags
-			timeout = False
-
-		# Check if the file limit has been reached
-		except MastodonAPIError as e:
-			# Check if the file limit has been reached (413 error)
-			file_limit_reached = False
-			with contextlib.suppress(IndexError):
-				file_limit_reached = (e.args[1] == 413)
-
-			print("API Error:", e)
-			# Exception flags
-			timeout = True
-
 		# Server Errors
-		# Assume all exceptions are on the server side
+		# Assume all exceptions are on the server side (except for FileNotFoundError of course
 		# If the connection is timing out it could be for two reasons:
 		# 1. The error was caused by the user attempting to upload a large file over a slow connection:
 		#   a. FIX: Reduce settings_behavior["max_size"]
 		# 2. The server is down. Check to verify in a web browser (this is the default assumption since the
 		#    mastodon.py API will not specify why the connection timed out).
 		# The default assumption is #2
-		except Exception as e:
+		except (FileNotFoundError, MastodonAPIError, InvalidPost, Exception) as e:
-			print("Unhandled Exception:", e)
+			print("Exception:", e)
-			# Exception flags
-			timeout = True
 
 		# An exception occurred
 		self.failed_uploads += 1
-		if timeout:
+		self.consecutive_failed_uploads += 1
-			self.eventSleep.wait(self.settings_behavior["retry_seconds"])
 
 		# The post failed
 		return None
 
-	def schedule_next_post(self):
-		self.dateSelection = self.dateNextSelection
-		self.dateNextSelection = time_add_seconds(self.dateSelection, self.settings_behavior["sleep_seconds"])
-
-	# Will wait between the current time and the time of next selection
-	def wait_future_time(self):
-		seconds = time_diff_seconds(self.dateNextSelection, datetime.datetime.now())
-		self.eventSleep.wait(max(0, seconds))
-
 	# [BEGIN THE PROGRAM]
 	def prime_bot(self):
 		random.seed(os.urandom(16))
@@ -362,30 +325,6 @@ class YandereBot:
 		if not self.primed:
 			self.prime_bot()
 
-		# Early out if the bot is incapable of posting
-		if not self.can_post():
-			print("Bot is incapable of posting!!")
-			return 1
-
-		start_time = self.dateSelection
-		delay_seconds = max(time_diff_seconds(self.dateNextSelection, start_time) + delay, delay)
-		delay_time = time_add_seconds(start_time, delay_seconds)
-
-		# Print the first image in the list if a delay or pretimer is set
-		if delay_seconds:
-			self.print_header_stats(None, start_time, delay_time)
-
-		# The delay parameter is different from the dateSelection and dateSelectionNext
-		# It will literally time out the bot for a given number of seconds regardless of the pre-timer setting
-		# This is useful if you want to set a delay of 30 seconds, before back-posting several images
-		self.eventSleep.wait(max(0, delay))
-
-		# Check if the pre-timer is set
-		# dateNextSelection should be greater than dateSelection if it is
-		# dateSelection and dateNextSelection are both set to the current time when the bot is initialized
-		if delay_seconds:
-			self.wait_future_time()
-
 		# Begin posting
 		self.main_loop()
 
@@ -396,32 +335,19 @@ class YandereBot:
 	# 1. User presses Ctrl+C
 	# 2. settings_behavior["uploads_per_post"] is less than one for some reason
 	def can_post(self):
-		return not self.eventSleep.is_set() and self.settings_behavior["uploads_per_post"] > 0
+		return (
+				not self.eventSleep.is_set() and
+				self.currentSessionCount < self.settings_behavior["uploads_per_post"] and
+				self.consecutive_failed_uploads < self.settings_behavior["max_errors"]
+				)
 
 	def main_loop(self):
-		target_posts = self.settings_behavior["uploads_per_post"]
+		sleep_seconds = self.settings_behavior["retry_seconds"]
 		while self.can_post():
-			successful_posts = 0
+			picked = self.post()
-			while (successful_posts < target_posts) and self.can_post():
+			self.print_header_stats(picked)
-				last_picked = self.post()
-				successful_posts += int(last_picked is not None)
-				if successful_posts >= target_posts:
-					self.schedule_next_post()
-					self.print_header_stats(last_picked, self.dateSelection, self.dateNextSelection)
-				else:
-					self.print_header_stats(last_picked, self.dateNextSelection, self.dateNextSelection)
-
 		if self.can_post():
-				self.wait_future_time()
+				self.eventSleep.wait(sleep_seconds)
-
-# ------------------------------- TIME FUNCTIONS ---------------------------------------------
-def time_add_seconds(dt, seconds):
-	return dt + datetime.timedelta(0, seconds)
-
-
-def time_diff_seconds(d1, d2):
-	return (d1-d2).total_seconds()
-
 
 # Custom Exceptions for YandereBot
 class Debug(Exception):
@@ -434,3 +360,7 @@ class FailedLogin(Exception):
 
 class BadCfgFile(Exception):
 	pass
+
+
+class InvalidPost(Exception):
+	pass