def add(ctx):
"""
Adds a quote from the content of the message to the current quotes
Parameters:
ctx: The context of the message
Returns:
str: The quote which has been added
"""
response = ''
if ctx.author.is_mod or (settings.vip_quotes_allowed()
and util.is_vip(ctx.author.badges)):
# Puts provided quote into a single string, without including the '!addquote' at the start
msg = ' '.join(map(str, ctx.content.split()[1:]))
if msg:
today = datetime.today()
date = str(today.day) + '/' + str(today.month) + '/' + str(
today.year)
# If no stored quotes, sets first entry as quote number 1. Otherwise adds one to the last key in quotes (the last quote number)
if len(quotes) == 0:
number = '1'
else:
number = str(int(list(quotes.keys())[-1]) + 1)
game = util.getGameName(ctx, settings.get_client_id(),
settings.get_client_secret(),
settings.get_channel())
quote = msg
# Build dictionary to associate date and game with the quote
raw_quote = {"date": date, "quote": quote, "game": game}
quotes[number] = raw_quote
save_quotes(quotes)
response = f"{number}: {quotes[number]['quote']} - while streaming {quotes[number]['game']} on {quotes[number]['date']}"
return response
def tf(ctx):
"""
TFs the specified user into either a random or specified animal
Parameters:
ctx - The context of the message, a second message argument after the
@ of the user will specify the animal to tf into
Returns:
str: A confirmation of the species the user has been tfed into
"""
response = ''
if ctx.author.is_mod and util.validateName(ctx.content):
# Get name without @
name = ctx.content.split()[1][1:]
current_species = new_species = getSpecies(name)
# Get random species from list
with open('Data/species.txt') as f:
all_species = f.read().splitlines()
while current_species == new_species:
new_species = random.choice(all_species)
writeSpeciesToJSON(name, new_species)
response = name + ' has been TFed into ' + new_species + '!'
# Check if command sent by streamer and contains name and species
elif ctx.author.name.lower() == settings.get_channel().lower(
) and not util.validateNumParameters(ctx.content, 1):
name = ctx.content.split()[1][1:]
species = ctx.content.split()[2:]
species_str = 'a(n) '
for thing in species:
species_str = species_str + thing + ' '
writeSpeciesToJSON(name, species_str)
response = name + ' has been TFed into ' + species_str[:-1] + '!'
return response
async def start_periodic_messages():
"""
Sends messages to chat periodically
Period (in minutes) is defined in settings
Checks for recent activity in chat before sending messages (prevents filling an inactive chat)
If multiple messages are configured, they are distributed evenly across the specified period
If no messages are configured, periodically checks if message has been added
Parameters:
messags: a dict of strings
"""
global chat_flag
while True:
messages = settings.get_periodic_messages().copy()
ws = bot._ws
if messages:
if chat_flag:
for m in messages:
interval = int((60 * int(settings.get_periodic_timer())) /
len(messages))
if interval == 0:
interval = 1
msg = f"({m}) {messages[m]}"
await ws.send_privmsg(settings.get_channel(), msg)
chat_flag = False
await asyncio.sleep(interval)
else:
await asyncio.sleep(60)
else:
await asyncio.sleep(300)
def item_detail_search(ctx):
"""
Returns a string containing details about the item specified by the message content
Parameters:
ctx: The context of the message
Returns:
str: Contains details about the specified item
"""
response = ''
if util.validateNumParameters(ctx.content, 2) and util.checkGame(
ctx, settings.get_client_id(), settings.get_client_secret(),
settings.get_channel(), 'rimworld'):
search = ctx.content.split()[1].lower()
tries = 2
for i in range(tries):
try:
with open(item_file()) as i:
items = json.load(i)
break
except Exception as e:
print(e)
destroy_the_comma()
for entry in items["items"]:
if entry["abr"] == search:
response = 'Item ' + search + ' costs ' + str(
entry["price"]
) + ' coins. Item category: ' + entry["category"]
return response
def event_search(ctx):
"""
Searches the users Rimworld installation for events containing the message content
Parameters:
ctx: The context of the message
Returns:
str: Containins up to 500 characters of matching events
"""
response = ''
if util.validateNumParameters(ctx.content, 2) and util.checkGame(
ctx, settings.get_client_id(), settings.get_client_secret(),
settings.get_channel(), 'rimworld'):
search = ctx.content.split()[1].lower()
with open(event_file()) as e:
events = json.load(e)
# Follows same logic as item search
for field in events["incitems"]:
if search in field["abr"]:
response = response + field["abr"] + ':' + str(
field["price"]) + ', '
if len(response) > 500:
response = response[0:495] + ' ... '
response = response[:-2]
return response
async def event_ready():
"""
Called once when the bot goes online.
Sends a greeting message to the chat and then kicks off periodic messages, if any
Periodic messages are defined in settings.xml
"""
print(f"{settings.get_bot_account()} is online!")
ws = bot._ws # this is only needed to send messages within event_ready
await ws.send_privmsg(settings.get_channel(), f"/me is alive!")
await start_periodic_messages()
def mod_list(ctx):
"""
Creates response containing rimworld mods
Returns:
str: Mod list, as entered in settings.xml
"""
response = ''
if util.checkGame(ctx, settings.get_client_id(),
settings.get_client_secret(), settings.get_channel(),
'rimworld'):
response = settings.get_rimworld_mods()
return response
def get_uptime():
"""
Returns a string of the current uptime
Returns:
str: Contains the current amount of uptime for the channel
"""
# Set up twitch API call and get stream info
client = TwitchHelix(client_id=settings.get_client_id(),
client_secret=settings.get_client_secret())
client.get_oauth()
stream = client.get_streams(user_logins=settings.get_channel())._queue[0]
# Get stream start time (API sends UTC time) and calculate uptime
start_time = stream["started_at"]
uptime = datetime.utcnow() - start_time
return str(uptime).split(".")[0]
def item_search(ctx):
"""
Searches the users Rimworld installation for items matching the message content
Parameters:
ctx: The context of the message
Returns:
str: Contains up to 500 characters of matching items
"""
response = ''
if util.validateNumParameters(ctx.content, 2) and util.checkGame(
ctx, settings.get_client_id(), settings.get_client_secret(),
settings.get_channel(), 'rimworld'):
# Get item to search from message
search = ctx.content.split()[1].lower()
tries = 2
# Allows for a retry if the items file had to have the extraneous comma removed to fix the json formatting
for _ in range(tries):
try:
with open(item_file()) as f:
items_json = json.load(f)
break
except Exception as e:
print(e)
destroy_the_comma() # Kill it.
# Find all items containing search term and append to response string
for field in items_json["items"]:
if search in field["abr"]:
response = response + field["abr"] + ':' + str(
field["price"]) + ', '
# Trim response below 500ch max if necessary
if len(response) > 500:
response = response[0:495] + ' ... '
# Cut trailing ', ' from response
response = response[:-2]
return response
def event_detail_search(ctx):
"""
Returns a string containing details about the event specified by the message content
Parameters:
ctx: The context of the message
Returns:
str: Contains details about the specified event
"""
response = ''
if util.validateNumParameters(ctx.content, 2) and util.checkGame(
ctx, settings.get_client_id(), settings.get_client_secret(),
settings.get_channel(), 'rimworld'):
search = ctx.content.split()[1].lower()
with open(event_file()) as e:
events = json.load(e)
for entry in events["incitems"]:
if entry["abr"] == search:
response = 'Event ' + search + ' costs ' + str(
entry["price"]
) + ' coins. Karma type: ' + entry["karmatype"]
return response
if __name__ == '__main__':
#try:
query_type = sys.argv[1]
query = sys.argv[2]
if query_type == 'search_games':
search_games(query)
elif query_type == "streams_by_game":
get_streams_by_game(query)
elif query_type == "top_games":
get_top_games()
elif query_type == "all_followed_channels":
get_followed_channels()
elif query_type == 'online_followed_channels':
get_active_followed_channels()
elif query_type == "vods":
get_videos(settings.get_channel(query))
elif query_type == "search_streams":
try:
search_streams(query)
except:
workflow.output_items([workflow.create_item()])
elif query_type == "favorite_streams":
items = []
items.append(workflow.create_item(
arg = "http://www.twitch.tv/%s" % query,
title = "View Stream for %s" % query,
subtitle = "Command+Click for VODs"))
for channel in settings.match_channels(query):
items.append(workflow.create_item(
arg = "http://www.twitch.tv/%s" % channel,
title = "%s" % channel,
if __name__ == '__main__':
#try:
query_type = sys.argv[1]
query = sys.argv[2]
if query_type == 'search_games':
search_games(query)
elif query_type == "streams_by_game":
get_streams_by_game(query)
elif query_type == "top_games":
get_top_games()
elif query_type == "all_followed_channels":
get_followed_channels()
elif query_type == 'online_followed_channels':
get_active_followed_channels()
elif query_type == "vods":
get_videos(settings.get_channel(query))
elif query_type == "search_streams":
try:
search_streams(query)
except:
workflow.output_items([workflow.create_item()])
elif query_type == "favorite_streams":
items = []
items.append(
workflow.create_item(arg="http://www.twitch.tv/%s" % query,
title="View Stream for %s" % query,
subtitle="Command+Click for VODs"))
for channel in settings.match_channels(query):
items.append(
workflow.create_item(arg="http://www.twitch.tv/%s" % channel,
title="%s" % channel,
livestream_url = sys.argv[1]
livestreamer = 'livestreamer'
potential_livestream_locations = [
'/usr/bin/livestreamer',
'/usr/local/bin/livestreamer',
'/opt/bin/livestreamer',
'/opt/local/bin/livestreamer']
for location in potential_livestream_locations:
if os.path.isfile(location):
livestreamer = location
break
if 'livestreamer' in user_settings:
livestreamer = user_settings['livestreamer']
quality = "best"
if 'quality' in user_settings:
quality = user_settings['quality']
extra_settings = []
if 'extra_settings' in user_settings:
extra_settings = user_settings['extra_settings'].split(' ')
channel = settings.get_channel(livestream_url)
settings.add_channel(channel)
import subprocess
subprocess.Popen([livestreamer, livestream_url, quality] + extra_settings)
user_settings = settings.get_settings()
livestream_url = sys.argv[1]
livestreamer = 'livestreamer'
potential_livestream_locations = [
'/usr/bin/livestreamer', '/usr/local/bin/livestreamer',
'/opt/bin/livestreamer', '/opt/local/bin/livestreamer'
]
for location in potential_livestream_locations:
if os.path.isfile(location):
livestreamer = location
break
if 'livestreamer' in user_settings:
livestreamer = user_settings['livestreamer']
quality = "best"
if 'quality' in user_settings:
quality = user_settings['quality']
extra_settings = []
if 'extra_settings' in user_settings:
extra_settings = user_settings['extra_settings'].split(' ')
channel = settings.get_channel(livestream_url)
settings.add_channel(channel)
import subprocess
subprocess.Popen([livestreamer, livestream_url, quality] + extra_settings)
# Set up basic logging handler
if settings.get_logging().lower() == 'debug':
logLevel = logging.DEBUG
else:
logLevel = logging.CRITICAL
logging.basicConfig(filename='FoxBot_log.txt',
level=logLevel,
format='%(asctime)s - %(levelname)s - %(message)s')
# Initialize twitchio command bot
bot = commands.Bot(irc_token=settings.get_app_token(),
client_id=settings.get_client_id(),
nick=settings.get_bot_account(),
prefix=settings.get_prefix(),
initial_channels=[settings.get_channel()])
#---------------------------------------------------#
async def start_periodic_messages():
"""
Sends messages to chat periodically
Period (in minutes) is defined in settings
Checks for recent activity in chat before sending messages (prevents filling an inactive chat)
If multiple messages are configured, they are distributed evenly across the specified period
If no messages are configured, periodically checks if message has been added
Parameters:
messags: a dict of strings
"""