Apfelin · April 27, 2024 11:31 · pmazumder3927 · May 25, 2020 · privacyrespected · Feb 9, 2023
diff --git a/STTBot.py b/STTBot.py
 import discord
 import asyncio
 import speech_recognition as sr
 from threading import Thread

 # bot token and wit.ai api key
 TOKEN = ""
 WIT_AI_KEY = ""

 # we need a sink for the listen function, so we just define our own
 # extremely simple: just appends data to a byte array buffer
 class BufSink(discord.reader.AudioSink):
 	def __init__(self):
 		# byte array to store stuff
 		self.bytearr_buf = bytearray()
 		# sample width, which is (bit_rate/8) * channels
 		self.sample_width = 2
 		# 48000Hz sampling rate
 		# doubled, because speech_recognition needs mono and we've got stereo
 		self.sample_rate = 96000
 		# calculated bytes per second, sample_rate * sample_width
 		# we need this to know what slices we can take from the buffer
 		# would be 96000, but mono
 		self.bytes_ps = 192000

 	# just append data to the byte array
 	def write(self, data):
 		self.bytearr_buf += data.data

 	# to prevent the buffer from getting immense, we just cut the part we've
 	# just read from it, using the index calculated when we extracted the part
 	def freshen(self, idx):
 		self.bytearr_buf = self.bytearr_buf[idx:]

 # global var - needed to stop the thread
 close_flag = False

 # client bot class
 class Deffy(discord.Client):
 	# init variables
 	def __init__(self):
 		super().__init__()
 		# save the channel we need to post to
 		self.target_channel = None
 		# the thread object
 		self.post_thread = None
 		# buffer to hold info
 		self.buffer = BufSink()

 	# post some sanity messages on start-up
 	async def on_ready(self):
 		print()
 		print("Logged in as")
 		print(self.user.name)
 		print(self.user.id)
 		print("----------")
 		print("Discord.py version")
 		print(discord.__version__)
 		print("----------")
 		print()

 	# wait for a message to interact with the user
 	async def on_message(self, message):
 		# notify the thread we're closing
 		global close_flag
 		
 		# don't respond to ourselves
 		if message.author == self.user:
 			return False

 		# handle closing
 		if message.content.lower().startswith("$close"):
 			# send a message to ack the command
 			await message.channel.send("Got it, shutting down...")

 			# the polite thing to do is close any active voice connections properly
 			if self.voice_clients:
 				for vc in self.voice_clients:
 					await vc.disconnect()
 			# set the flag and wait for the thread to end
 			close_flag = True
 			self.post_thread.join()

 			# shut down the bot, then quit the program
 			await self.close()
 			quit()

 		# handle disconnecting
 		if message.content.lower().startswith("$leave"):
 			# close any active voice connections. in theory, there's only one, but
 			# could be extended for more
 			if self.voice_clients:
 				for vc in self.voice_clients:
 					await vc.disconnect()
 				# set the flag and wait for the thread to end
 				close_flag = True
 				self.post_thread.join()
 			else:
 				await message.channel.send("Sorry, you're not in a voice channel.")

 		# handle summoning
 		if message.content.lower().startswith("$here"):
 			# if the user is not connect to a voice channel, but tries to summon,
 			# just send a message and exit
 			if message.author.voice is None:
 				await message.channel.send("Sorry, you're not in a voice channel.")
 			else:
 				# check if we already have an active voice connection, and use that
 				# one instead of creating another one
 				if self.voice_clients:
 					# store the channel we need to post our output to
 					self.target_channel = message.channel
 					# ack the command and inform the user
 					await message.channel.send("Got it, moving to voice channel " +
 						message.author.voice.channel.name + " and directing output to " +
 						self.target_channel.name + ".")
 					# use the existing voice connection to move to the new voice channel
 					await self.voice_clients[0].move_to(message.author.voice.channel)
 					# start a thread that will handle voice analysis
 					# if it doesn't exist already
 					if self.post_thread is None:
 						self.post_thread = Thread(target=poster,
 						                          args=(self, self.buffer, self.target_channel))
 						self.post_thread.start()
 					# start listening - user filter just listens to a certain user
 					self.voice_clients[0].listen(discord.reader.UserFilter(
 						self.buffer, message.author))
 				else:
 					# if we don't have an already active connection, create a new one
 					self.target_channel = message.channel
 					await message.channel.send("Got it, moving to voice channel " +
 						message.author.voice.channel.name + " and directing output to " +
 						self.target_channel.name + ".")
 					# create a new voice client
 					await message.author.voice.channel.connect()
 					# start a thread that will handle voice analysis,
 					# if it doesn't exist already
 					if self.post_thread is None:
 						self.post_thread = Thread(target=poster,
 						                          args=(self, self.buffer, self.target_channel))
 						self.post_thread.start()
 					# start listening - user filter just listens to a certain user
 					self.voice_clients[0].listen(discord.reader.UserFilter(
 						self.buffer, message.author))

 # thread that handles message posting and voice analysis
 def poster(bot, buffer, target_channel):
 	global close_flag
 	# instantiate our recognizer object
 	recog = sr.Recognizer()
 	# we don't want the thread to end, so just loop forever
 	while True:
 		# useless to try anything if we don't have anything in the buffer
 		# wait until we have enough data for a 5-second voice clip in the buffer
 		if len(buffer.bytearr_buf) > 960000:
 			# get 5 seconds worth of data from the buffer
 			idx = buffer.bytes_ps * 5
 			slice = buffer.bytearr_buf[:idx]

 			# if the slice isn't all 0s, create an AudioData instance with it,
 			# needed by the speech_recognition lib
 			if any(slice):
 				# trim leading zeroes, should be more accurate
 				idx_strip = slice.index(next(filter(lambda x: x!=0, slice)))
 				if idx_strip:
 					buffer.freshen(idx_strip)
 					slice = buffer.bytearr_buf[:idx]
 				# create the AudioData object
 				audio = sr.AudioData(bytes(slice), buffer.sample_rate,
 					buffer.sample_width)

 				# send the data to get recognized
 				try:
 					msg = recog.recognize_wit(audio, key=WIT_AI_KEY)
 				except sr.UnknownValueError:
 					print("ERROR: Couldn't understand.")
 				except sr.RequestError as e:
 					print("ERROR: Could not request results from Wit.ai service; {0}".format(e))

 				# if we send a msg with all 0s or something unintelligible,
 				# we'll get a message, but it'll be empty
 				if msg:
 					# send the message to the async routine
 					asyncio.run_coroutine_threadsafe(target_channel.send(msg), bot.loop)

 			# cut the part we just read from the buffer
 			buffer.freshen(idx)

 		# since it's an infinite loop, we need some way to break out, once the
 		# program shuts down
 		if close_flag:
 			break

 client = Deffy()
 client.run(TOKEN)
	import discord
	import asyncio
	import speech_recognition as sr
	from threading import Thread

	# bot token and wit.ai api key
	TOKEN = ""
	WIT_AI_KEY = ""

	# we need a sink for the listen function, so we just define our own
	# extremely simple: just appends data to a byte array buffer
	class BufSink(discord.reader.AudioSink):
	def __init__(self):
	# byte array to store stuff
	self.bytearr_buf = bytearray()
	# sample width, which is (bit_rate/8) * channels
	self.sample_width = 2
	# 48000Hz sampling rate
	# doubled, because speech_recognition needs mono and we've got stereo
	self.sample_rate = 96000
	# calculated bytes per second, sample_rate * sample_width
	# we need this to know what slices we can take from the buffer
	# would be 96000, but mono
	self.bytes_ps = 192000

	# just append data to the byte array
	def write(self, data):
	self.bytearr_buf += data.data

	# to prevent the buffer from getting immense, we just cut the part we've
	# just read from it, using the index calculated when we extracted the part
	def freshen(self, idx):
	self.bytearr_buf = self.bytearr_buf[idx:]

	# global var - needed to stop the thread
	close_flag = False

	# client bot class
	class Deffy(discord.Client):
	# init variables
	def __init__(self):
	super().__init__()
	# save the channel we need to post to
	self.target_channel = None
	# the thread object
	self.post_thread = None
	# buffer to hold info
	self.buffer = BufSink()

	# post some sanity messages on start-up
	async def on_ready(self):
	print()
	print("Logged in as")
	print(self.user.name)
	print(self.user.id)
	print("----------")
	print("Discord.py version")
	print(discord.__version__)
	print("----------")
	print()

	# wait for a message to interact with the user
	async def on_message(self, message):
	# notify the thread we're closing
	global close_flag

	# don't respond to ourselves
	if message.author == self.user:
	return False

	# handle closing
	if message.content.lower().startswith("$close"):
	# send a message to ack the command
	await message.channel.send("Got it, shutting down...")

	# the polite thing to do is close any active voice connections properly
	if self.voice_clients:
	for vc in self.voice_clients:
	await vc.disconnect()
	# set the flag and wait for the thread to end
	close_flag = True
	self.post_thread.join()

	# shut down the bot, then quit the program
	await self.close()
	quit()

	# handle disconnecting
	if message.content.lower().startswith("$leave"):
	# close any active voice connections. in theory, there's only one, but
	# could be extended for more
	if self.voice_clients:
	for vc in self.voice_clients:
	await vc.disconnect()
	# set the flag and wait for the thread to end
	close_flag = True
	self.post_thread.join()
	else:
	await message.channel.send("Sorry, you're not in a voice channel.")

	# handle summoning
	if message.content.lower().startswith("$here"):
	# if the user is not connect to a voice channel, but tries to summon,
	# just send a message and exit
	if message.author.voice is None:
	await message.channel.send("Sorry, you're not in a voice channel.")
	else:
	# check if we already have an active voice connection, and use that
	# one instead of creating another one
	if self.voice_clients:
	# store the channel we need to post our output to
	self.target_channel = message.channel
	# ack the command and inform the user
	await message.channel.send("Got it, moving to voice channel " +
	message.author.voice.channel.name + " and directing output to " +
	self.target_channel.name + ".")
	# use the existing voice connection to move to the new voice channel
	await self.voice_clients[0].move_to(message.author.voice.channel)
	# start a thread that will handle voice analysis
	# if it doesn't exist already
	if self.post_thread is None:
	self.post_thread = Thread(target=poster,
	args=(self, self.buffer, self.target_channel))
	self.post_thread.start()
	# start listening - user filter just listens to a certain user
	self.voice_clients[0].listen(discord.reader.UserFilter(
	self.buffer, message.author))
	else:
	# if we don't have an already active connection, create a new one
	self.target_channel = message.channel
	await message.channel.send("Got it, moving to voice channel " +
	message.author.voice.channel.name + " and directing output to " +
	self.target_channel.name + ".")
	# create a new voice client
	await message.author.voice.channel.connect()
	# start a thread that will handle voice analysis,
	# if it doesn't exist already
	if self.post_thread is None:
	self.post_thread = Thread(target=poster,
	args=(self, self.buffer, self.target_channel))
	self.post_thread.start()
	# start listening - user filter just listens to a certain user
	self.voice_clients[0].listen(discord.reader.UserFilter(
	self.buffer, message.author))

	# thread that handles message posting and voice analysis
	def poster(bot, buffer, target_channel):
	global close_flag
	# instantiate our recognizer object
	recog = sr.Recognizer()
	# we don't want the thread to end, so just loop forever
	while True:
	# useless to try anything if we don't have anything in the buffer
	# wait until we have enough data for a 5-second voice clip in the buffer
	if len(buffer.bytearr_buf) > 960000:
	# get 5 seconds worth of data from the buffer
	idx = buffer.bytes_ps * 5
	slice = buffer.bytearr_buf[:idx]

	# if the slice isn't all 0s, create an AudioData instance with it,
	# needed by the speech_recognition lib
	if any(slice):
	# trim leading zeroes, should be more accurate
	idx_strip = slice.index(next(filter(lambda x: x!=0, slice)))
	if idx_strip:
	buffer.freshen(idx_strip)
	slice = buffer.bytearr_buf[:idx]
	# create the AudioData object
	audio = sr.AudioData(bytes(slice), buffer.sample_rate,
	buffer.sample_width)

	# send the data to get recognized
	try:
	msg = recog.recognize_wit(audio, key=WIT_AI_KEY)
	except sr.UnknownValueError:
	print("ERROR: Couldn't understand.")
	except sr.RequestError as e:
	print("ERROR: Could not request results from Wit.ai service; {0}".format(e))

	# if we send a msg with all 0s or something unintelligible,
	# we'll get a message, but it'll be empty
	if msg:
	# send the message to the async routine
	asyncio.run_coroutine_threadsafe(target_channel.send(msg), bot.loop)

	# cut the part we just read from the buffer
	buffer.freshen(idx)

	# since it's an infinite loop, we need some way to break out, once the
	# program shuts down
	if close_flag:
	break

	client = Deffy()
	client.run(TOKEN)