def start(self, SERVER): # Set the parameters
self.RUNNING = True
self.MESSAGES = []
self.db = Database()
self.SERVER = SERVER
self.CHANNEL = ""
self.ANNOUNCE = ""
class EVENT:
db = Database()
# Executes when loaded
def __init__(self):
self.RUNNING = False
self.param = { # Define all the parameters necessary
"CHANNEL": "general"
}
# Executes when activated
def start(self, SERVER): # Set the parameters
self.SERVER = SERVER
self.BIRTHDAY_ROLE = discord.utils.get(SERVER["MAIN"].roles,
id=MAIN_SERVER["BIRTHDAY"])
self.RUNNING = True
# Executes when deactivated
def end(self): # Reset the parameters
self.param = {
"CHANNEL": "general",
}
self.RUNNING = False
# Function that runs every hour
async def on_one_hour(self):
current_time = datetime.utcnow()
hour = current_time.hour
self.CHANNEL = discord.utils.get(self.SERVER["MAIN"].channels,
name=self.param["CHANNEL"])
day_change_tz = []
for timezone in range(-12, 15): # For each timezone
if (hour + timezone
) % 24 == 0: # If the day just changed in this timezone
tz_info = [timezone
] # Timezone is the first element of the list
tz_time = current_time + timedelta(hours=timezone)
tz_info.append(f"{tz_time.day}/{tz_time.month}")
tz_info.append(
tz_time) # The day is the second element of the list
day_change_tz.append(tz_info)
for tz in day_change_tz:
l_d = tz[2] + timedelta(
days=-1
) # Get the last day in the timezone that just switched days
n_d = tz[2] + timedelta(days=1)
n_d = f"{n_d.day}/{n_d.month}"
l_d = f"{l_d.day}/{l_d.month}"
found = self.db.get_entries("birthday",
columns=["id", "timezone"],
conditions={"birthday": l_d})
for person in found:
if person[1] < tz[0] and self.BIRTHDAY_ROLE not in self.SERVER[
"MAIN"].get_member(int(member[0])).roles:
f_tz = ("+" if person[1] > 0 else "") + str(person[1])
await self.CHANNEL.send(
f"🎉 It is no longer **{l_d} UTC {f_tz}**, but happy birthday to <@{person[0]}> regardless! 🎉"
)
await self.SERVER["MAIN"].get_member(int(
person[0])).add_roles(self.BIRTHDAY_ROLE)
found = self.db.get_entries("birthday",
columns=["id", "timezone"],
conditions={"birthday": tz[1]})
for person in found:
if person[1] > tz[
0] and self.BIRTHDAY_ROLE not in SERVER.get_member(
int(member[0])).roles:
f_tz = ("+" if person[1] > 0 else "") + str(person[1])
await self.CHANNEL.send(
f"🎉 It is no longer **{tz[1]} UTC {f_tz}**, but happy birthday to <@{person[0]}> regardless! 🎉"
)
await self.SERVER["MAIN"].get_member(int(
person[0])).add_roles(self.BIRTHDAY_ROLE)
found = self.db.get_entries("birthday",
columns=["id", "timezone"],
conditions={"birthday": n_d})
for person in found:
if person[1] - 24 > tz[
0] and self.BIRTHDAY_ROLE not in self.SERVER[
"MAIN"].get_member(int(member[0])).roles:
f_tz = ("+" if person[1] > 0 else "") + str(person[1])
await self.CHANNEL.send(
f"🎉 It is no longer **{n_d} UTC {f_tz}**, but happy birthday to <@{person[0]}> regardless! 🎉"
)
await self.SERVER["MAIN"].get_member(int(
person[0])).add_roles(self.BIRTHDAY_ROLE)
# Find members whose birthdays just ended in that timezone
found = self.db.get_entries("birthday",
columns=["id"],
conditions={
"birthday": l_d,
"timezone": tz[0]
})
for member in found: # Remove their birthday role
await self.SERVER["MAIN"].get_member(int(
member[0])).remove_roles(self.BIRTHDAY_ROLE)
# Now, search for members whose birthday just started
found = self.db.get_entries("birthday",
columns=["id"],
conditions={
"birthday": tz[1],
"timezone": tz[0]
})
if len(found) == 0: # If there are none, return
return
# If there are members, cycle through each of them.
for member in found:
if self.BIRTHDAY_ROLE in self.SERVER["MAIN"].get_member(
int(member[0])).roles:
found[found.index(
member
)] = 0 # If they already have the birthday role, they're being counted
continue # again, and this is a mistake. Change their id in found to 0 and continue
# If they don't have the birthday role, give it to them
await self.SERVER["MAIN"].get_member(int(member[0])).add_roles(
self.BIRTHDAY_ROLE)
found = [
x for x in found if x != 0
] # Remove those who already had their birthday counted to avoid
# birthday ping repeats.
if len(found) == 0:
return # If nobody's birthday is supposed to be announced now, return
# Specify the timezone the bot is covering in this message
f_tz = ("+" if tz[0] > 0 else "") + str(tz[0])
# Prepare pings for everyone having their birthday
birthday_mentions = grammar_list([f"<@{x[0]}>" for x in found])
await self.CHANNEL.send(
f"🎉 It's now **{tz[1]} UTC {f_tz}**! Happy birthday to {birthday_mentions}! 🎉"
)
return
# Change a parameter of the event
async def edit_event(self, message, new_params):
incorrect = []
correct = []
for parameter in new_params.keys():
try:
self.param[parameter] = new_params[parameter]
correct.append(parameter)
except KeyError:
incorrect.append(parameter)
if len(correct) > 0:
await message.channel.send(
f"Successfully changed the parameters: {grammar_list(correct)}"
)
if len(incorrect) > 0:
await message.channel.send(
f"The following parameters are invalid: {grammar_list(incorrect)}"
)
return
class EVENT:
db = Database()
# Executes when loaded
def __init__(self):
self.RUNNING = False
self.param = { # Define all the parameters necessary
"CHANNEL": "general"
}
# Executes when activated
def start(self, SERVER): # Set the parameters
self.SERVER = SERVER
self.BIRTHDAY_ROLE = MAIN_SERVER["BIRTHDAY"]
self.RUNNING = True
# Executes when deactivated
def end(self): # Reset the parameters
self.param = {
"CHANNEL": "general",
}
self.RUNNING = False
# Function that runs every hour
async def on_one_hour(self):
current_time = datetime.utcnow()
hour = current_time.hour
self.CHANNEL = discord.utils.get(self.SERVER["MAIN"].channels,
name=self.param["CHANNEL"])
day_change_tz = []
for timezone in range(-12, 15): # For each timezone
if (hour + timezone
) % 24 == 0: # If the day just changed in this timezone
tz_info = [timezone
] # Timezone is the first element of the list
tz_time = current_time + timedelta(hours=timezone)
tz_info.append(f"{tz_time.day}/{tz_time.month}")
tz_info.append(
tz_time) # The day is the second element of the list
day_change_tz.append(tz_info)
print(day_change_tz)
for tz in day_change_tz:
l_d = tz[2] + timedelta(
days=-1
) # Get the last day in the timezone that just switched days
n_d = tz[2] + timedelta(days=1)
n_d = f"{n_d.day}/{n_d.month}"
l_d = f"{l_d.day}/{l_d.month}"
'''
# All people whose birthdays were yesterday
found = self.db.get_entries("birthday", columns=["id", "timezone"], conditions={"birthday": l_d})
for person in found: # Cycle through all
# person[1] < tz[0] checks if the timezone whose day just changed is greater than the person's timezone
# since the day flips over in greater timezones first and then gradually smaller values, this checks
# to see if the day has flipped over to the current day (tz[1]) in the person's timezone yet.
# If person[1] < tz[0], it hasn't, and it's still l_d ("yesterday", tz[1] - 1 day) in their timezone,
# so it's still their birthday.
# the second boolean just checks if the person already has the birthday role. If they don't and the
# first boolean is true, that means this person's birthday was missed, so correct that
if person[1] < tz[0] and (self.BIRTHDAY_ROLE not in self.SERVER["MAIN"].get_member(int(person[0])).roles):
f_tz = ("+" if person[1] > 0 else "") + str(person[1])
await self.CHANNEL.send(
f"""🎉 It's no longer midnight on **{l_d} UTC {f_tz}**,
but happy birthday to <@{person[0]}> regardless! 🎉""".replace("\n", "").replace("\t", "")
)
await self.SERVER["MAIN"].get_member(int(person[0])).add_roles(self.BIRTHDAY_ROLE)
# All people whose birthdays are today
found = self.db.get_entries("birthday", columns=["id", "timezone"], conditions={"birthday": tz[1]})
for person in found: # Cycle through all
# person[1] > tz[0] checks if the timezone whose day just changed is smaller than the person's timezone
# since the day flips over in greater timezones first and then gradually smaller values, this checks
# to see if the day has flipped over to the next day (tz[1] + 1 day) in the person's timezone yet.
# If person[1] > tz[0], it hasn't, and it's still tz[1] (today) in their timezone, so it's still their
# birthday. If person[1] == tz[0], that means it just became their birthday, and that's covered later.
# the second boolean just checks if the person already has the birthday role. If they don't and the
# first boolean is true, that means this person's birthday was missed, so correct that
if person[1] > tz[0] and (self.BIRTHDAY_ROLE not in self.SERVER["MAIN"].get_member(int(person[0])).roles):
f_tz = ("+" if person[1] > 0 else "") + str(person[1])
await self.CHANNEL.send(
f"""🎉 It's no longer midnight on **{tz[1]} UTC {f_tz}**,
but happy birthday to <@{person[0]}> regardless! 🎉""".replace("\n", "").replace("\t", "")
)
await self.SERVER["MAIN"].get_member(int(person[0])).add_roles(self.BIRTHDAY_ROLE)
found = self.db.get_entries("birthday", columns=["id", "timezone"], conditions={"birthday": n_d})
for person in found:
# person[1] - 24 > tz[0] checks if the timezone whose day just changed is smaller enough than the
# person's timezone such that there's a difference of two days between the timezone that just changed
# and the person's. This checks to see if it's already n_d ("tomorrow", tz[1] + 1 day) somewhere and if
# it's also at least 1 AM, so that it's possible we missed someone there.
# If person[1] - 24 > tz[0], it is, and it's already n_d in their timezone, so it's already their
# birthday. If person[1] == tz[0], that means it just became their birthday, and that's covered later.
# the second boolean just checks if the person already has the birthday role. If they don't and the
# first boolean is true, that means this person's birthday was missed, so correct that
if person[1] - 24 > tz[0] and (self.BIRTHDAY_ROLE not in self.SERVER["MAIN"].get_member(int(person[0])).roles):
f_tz = ("+" if person[1] > 0 else "") + str(person[1])
await self.CHANNEL.send(
f"""🎉 It's no longer midnight on **{n_d} UTC {f_tz}**,
but happy birthday to <@{person[0]}> regardless! 🎉""".replace("\n", "").replace("\t", "")
)
await self.SERVER["MAIN"].get_member(int(person[0])).add_roles(self.BIRTHDAY_ROLE)
'''
# Find members whose birthdays just ended in that timezone (one day ago, same timezone = exactly 24h ago)
found = self.db.get_entries("birthday",
columns=["id"],
conditions={
"birthday": l_d,
"timezone": tz[0]
})
print("No more birthday:", found)
for member in found: # Remove their birthday role, as their birthday just ended
await self.SERVER["MAIN"].get_member(int(
member[0])).remove_roles(self.BIRTHDAY_ROLE)
# Now, search for members whose birthday just started (today, in the day-changing timezone = it's midnight)
found = self.db.get_entries("birthday",
columns=["id"],
conditions={
"birthday": tz[1],
"timezone": tz[0]
})
print("More birthday:", found)
if len(found) == 0: # If there are none, return
return
# If there are members, cycle through each of them.
for member in found:
if self.BIRTHDAY_ROLE in self.SERVER["MAIN"].get_member(
int(member[0])).roles:
found[found.index(
member
)] = 0 # If they already have the birthday role, they're being counted
continue # again, and this is a mistake. Change their id in found to 0 and continue
# If they don't have the birthday role, give it to them
await self.SERVER["MAIN"].get_member(int(member[0])).add_roles(
self.BIRTHDAY_ROLE)
found = [
x for x in found if x != 0
] # Remove those who already had their birthday counted to avoid
# birthday ping repeats.
print("Actual birthday announcements:", found)
if len(found) == 0:
return # If nobody's birthday is supposed to be announced now, return
# Specify the timezone the bot is covering in this message
f_tz = ("+" if tz[0] > 0 else "") + str(tz[0])
# Prepare pings for everyone having their birthday
birthday_mentions = grammar_list([f"<@{x[0]}>" for x in found])
await self.CHANNEL.send(
f"🎉 It's now **{tz[1]} UTC {f_tz}**! Happy birthday to {birthday_mentions}! 🎉"
)
return
# Change a parameter of the event
async def edit_event(self, message, new_params):
incorrect = []
correct = []
for parameter in new_params.keys():
try:
self.param[parameter] = new_params[parameter]
correct.append(parameter)
except KeyError:
incorrect.append(parameter)
if len(correct) > 0:
await message.channel.send(
f"Successfully changed the parameters: {grammar_list(correct)}"
)
if len(incorrect) > 0:
await message.channel.send(
f"The following parameters are invalid: {grammar_list(incorrect)}"
)
return
async def MAIN(message, args, level, perms, TWOW_CENTRAL):
db = Database()
months = [
"January", "February", "March", "April", "May", "June", "July",
"August", "September", "October", "November", "December"
]
if level == 1: # If just tc/bd, return info on their birthday
found = db.get_entries("birthday",
conditions={"id": str(message.author.id)})
if found == []:
await message.channel.send(
f"""You are yet to register your birthday!
You can register by using **{PREFIX}birthday register `DD/MM` `timezone`**"""
.replace("\t", ""))
return
birthday, tz = found[0][1:]
birthday = birthday.split("/")
birthday_format = months[int(birthday[1]) - 1] + " " + str(birthday[0])
timezone_f = ("+" if tz > 0 else "") + str(tz)
await message.channel.send(
f"""**{message.author.name}**'s birthday is set as **{birthday_format}** in **UTC {timezone_f}**."""
)
return
if args[1].lower() == "view":
if level == 2:
found = db.get_entries("birthday")
found = sorted(found, key=lambda k: int(k[1].split("/")[0]))
found = sorted(found, key=lambda k: int(k[1].split("/")[1]))
day, month = datetime.now(timezone.utc).day, datetime.now(
timezone.utc).month
for bd in found:
if int(bd[1].split("/")[1]) > month:
next_bd = bd
break
elif int(bd[1].split("/")[1]) == month and int(
bd[1].split("/")[0]) > day:
next_bd = bd
break
else:
next_bd = found[0]
next_id, birthday, tz = next_bd
birthday = birthday.split("/")
birthday_format = months[int(birthday[1]) - 1] + " " + str(
int(birthday[0]))
timezone_f = ("+" if tz > 0 else "") + str(tz)
try:
username = TWOW_CENTRAL.get_member(int(next_id)).name
except AttributeError:
username = next_id
await message.channel.send(
f"The next birthday is **{username}**'s, on **{birthday_format}** in **UTC {timezone_f}**."
)
return
rest = " ".join(args[2:])
if rest.startswith("<@") and rest.endswith(">"):
rest = rest[2:-1]
if is_whole(rest):
found = db.get_entries("birthday", conditions={"id": rest})
try:
username = TWOW_CENTRAL.get_member(int(rest)).name
except:
username = rest
if found == []:
await message.channel.send(
f"**{username}** has not registered a birthday yet!")
return
user_bd = found[0]
birthday, tz = user_bd[1:]
birthday = birthday.split("/")
birthday_format = months[int(birthday[1]) - 1] + " " + str(
int(birthday[0]))
timezone_f = ("+" if tz > 0 else "") + str(tz)
await message.channel.send(
f"**{username}**'s birthday is on **{birthday_format}** in **UTC {timezone_f}**."
)
return
else:
user = discord.utils.get(TWOW_CENTRAL.members, name=rest)
if user is None:
await message.channel.send("That user is not in the server!")
return
found = db.get_entries("birthday", conditions={"id": str(user.id)})
if found == []:
await message.channel.send(
f"**{rest}** has not registered a birthday yet!")
return
user_bd = found[0]
birthday, tz = user_bd[1:]
birthday = birthday.split("/")
birthday_format = months[int(birthday[1]) - 1] + " " + str(
int(birthday[0]))
timezone_f = ("+" if tz > 0 else "") + str(tz)
await message.channel.send(
f"**{rest}**'s birthday is on **{birthday_format}** in **UTC {timezone_f}**."
)
return
if args[1].lower() == "register":
if level == 2:
await message.channel.send(
"Include your birthday in `DD/MM` to register!")
return
# Check if the person is in the birthday database or not
found = db.get_entries("birthday",
conditions={"id": str(message.author.id)})
print(found)
birthday = args[2].split("/")
if level == 3:
tz = 0
elif not is_whole(args[3]):
await message.channel.send(
"Invalid timezone! Make sure it's a whole number from -12 to 14!"
)
return
elif not -12 <= int(args[3]) <= 14:
await message.channel.send(
"Invalid timezone! Make sure it's a whole number from -12 to 14!"
)
return
else:
tz = int(args[3])
if len(birthday) != 2: # If it's not `n/n`
await message.channel.send(
"Invalid birthday! Make sure it's in the `DD/MM` format!")
return
if not is_whole(birthday[0]) or not is_whole(
birthday[1]): # If day and month aren't numbers
await message.channel.send(
"Invalid birthday! Make sure the day and month are both numbers!"
)
return
# Transform into integers for these next two checks
birthday[0] = int(birthday[0])
birthday[1] = int(birthday[1])
if not 1 <= birthday[1] <= 12: # If month is invalid
await message.channel.send(
"Invalid month! Make sure it's between 1 and 12.")
return
if not 1 <= birthday[0] <= monthrange(
2020, birthday[1])[1]: # monthrange checks days in the month
await message.channel.send( # 2020 months because it's a leap year, and 29/02 should be available
f"Invalid day! Make sure it's between 1 and {monthrange(2020, birthday[1])[1]} for that month."
)
return
birthday_format = months[birthday[1] - 1] + " " + str(birthday[0])
birthday = "/".join([str(x) for x in birthday
]) # Join the list again for the next few lines
timezone_f = ("+" if tz > 0 else "") + str(tz)
# This confirmation message cannot be bypassed
await message.channel.send(
f"""Are you sure you want to record your birthday as {birthday_format} and your
timezone as UTC {timezone_f}? Send `confirm` in this channel to confirm.
""".replace("\n", "").replace("\t", ""))
# Wait for a message by the same author in the same channel
msg = await BRAIN.wait_for(
'message',
check=(lambda m: m.channel == message.channel and m.author ==
message.author))
if msg.content.lower(
) != "confirm": # If it's not `confirm`, cancel command
await message.channel.send("Birthday registering cancelled.")
return
# If confirmation passed, record the birthday
if found == []:
is_new = ""
db.add_entry("birthday", [message.author.id, birthday, tz])
else:
is_new = "new "
db.edit_entry("birthday",
entry={
"birthday": birthday,
"timezone": tz
},
conditions={"id": str(message.author.id)})
await message.channel.send(
f"Successfully recorded your {is_new}birthday as **{birthday} UTC {timezone_f}**!"
)
return
async def MAIN(message, args, level, perms, SERVER):
if level == 1:
await message.channel.send("Include a subcommand!")
return
db = Database()
if args[1].lower() == "info":
tag_list = db.get_entries("b++2programs", columns=["name", "program", "author", "uses", "created", "lastused"])
tag_list = sorted(tag_list, reverse=True, key=lambda m: m[3])
tag_leaderboard = False
if level == 2: # If it's not specified, assume it's the first page
tag_list = tag_list[:10]
page = 1
tag_leaderboard = True
elif is_whole(args[2]):
if (int(args[2]) - 1) * 10 >= len(tag_list): # Detect if the page number is too big
await message.channel.send(f"There is no page {args[2]} on the New B++ program list!")
return
else: # This means the user specified a valid page number
lower = (int(args[2]) - 1) * 10
upper = int(args[2]) * 10
tag_list = tag_list[lower:upper]
page = int(args[2])
tag_leaderboard = True
if tag_leaderboard:
beginning = f"```diff\nB++ Programs Page {page}\n\n"
for program in tag_list:
r = tag_list.index(program) + 1 + (page - 1) * 10
line = f"{r}{' '*(2-len(str(r)))}: {program[0]} :: {program[3]} use{'s' if program[3] != 1 else ''}"
member_id = program[2]
try: # Try to gather a username from the ID
member = SERVER["MAIN"].get_member(int(member_id)).name
except: # If you can't, just display the ID
member = str(member_id)
created_on = dt.utcfromtimestamp(program[4]).strftime('%Y-%m-%d %H:%M:%S UTC')
line += f" (written by {member} at {created_on})\n"
beginning += line # Add this line to the final message
beginning += "```" # Close off code block
await message.channel.send(beginning)
return
tag_name = args[2]
if tag_name not in [x[0] for x in tag_list]:
await message.channel.send("That tag does not exist.")
return
program = tag_list[[x[0] for x in tag_list].index(tag_name)]
member_id = program[2]
try: # Try to gather a username from the ID
member = SERVER["MAIN"].get_member(int(member_id)).name
except: # If you can't, just display the ID
member = str(member_id)
created_on = dt.utcfromtimestamp(program[4]).strftime('%Y-%m-%d %H:%M:%S UTC')
c_d = dt.now() - dt.utcfromtimestamp(program[4])
d = c_d.days
h, rm = divmod(c_d.seconds, 3600)
m, s = divmod(rm, 60)
c_d = (('' if d==0 else f'{d} day{"s" if d!=1 else ""}, ') +
('' if h==0 else f'{h} hour{"s" if h!=1 else ""}, ') +
('' if m==0 else f'{m} minute{"s" if m!=1 else ""}, ') +
(f'{s} second{"s" if s!=1 else ""}'))
msg = f"**{program[0]}** -- by {member} -- {program[3]} use{'s' if program[3]!=1 else ''}\n"
msg += f"Created on {created_on} `({c_d} ago)`\n"
if program[5] != 0:
last_used = dt.utcfromtimestamp(program[5]).strftime('%Y-%m-%d %H:%M:%S UTC')
u_d = dt.now() - dt.utcfromtimestamp(program[5])
d = u_d.days
h, rm = divmod(u_d.seconds, 3600)
m, s = divmod(rm, 60)
u_d = (('' if d==0 else f'{d} day{"s" if d!=1 else ""}, ') +
('' if h==0 else f'{h} hour{"s" if h!=1 else ""}, ') +
('' if m==0 else f'{m} minute{"s" if m!=1 else ""}, ') +
(f'{s} second{"s" if s!=1 else ""}'))
msg += f"Last used on {last_used} `({u_d} ago)`\n"
if len(program[1]) > 1700:
msg += f"The program is too long to be included in the message, so it's in the file below:"
open(f'program_{program[0]}.txt', 'w', encoding="utf-8").write(program[1])
await message.channel.send(msg, file=discord.File(f'program_{program[0]}.txt'))
os.remove(f'program_{program[0]}.txt')
else:
msg += f"```{program[1]}```"
await message.channel.send(msg)
return
if args[1].lower() == "create":
if level == 2:
await message.channel.send("Include the name of your new program!")
return
tag_name = args[2]
if re.search(r"[^0-9A-Za-z_]", tag_name) or re.search(r"[0-9]", tag_name[0]):
await message.channel.send(
"Tag name can only contain letters, numbers and underscores, and cannot start with a number!")
return
if tag_name in ["create", "edit", "delete", "info", "run", "help"]:
await message.channel.send("The tag name must not be a reserved keyword!")
return
if len(tag_name) > 30:
await message.channel.send("That tag name is too long. 30 characters maximum.")
return
if level > 3:
program = " ".join(args[3:])
elif len(message.attachments) != 0:
try:
if message.attachments[0].size >= 20000:
await message.channel.send("Your program must be under **20KB**.")
return
await message.attachments[0].save(f"Config/{message.id}.txt")
except Exception:
await message.channel.send("Include a valid program to save!")
return
program = open(f"Config/{message.id}.txt", "r", encoding="utf-8").read()
os.remove(f"Config/{message.id}.txt")
else:
await message.channel.send("Include a valid program to save!")
return
while program.startswith("`") and program.endswith("`"):
program = program[1:-1]
program.replace("{}", "\t")
if (tag_name,) in db.get_entries("b++2programs", columns=["name"]):
await message.channel.send("There's already a program with that name!")
return
db.add_entry("b++2programs", [tag_name, program, message.author.id, 0, time.time(), 0])
await message.channel.send(f"Successfully created program `{tag_name}`!")
return
if args[1].lower() == "edit":
if level == 2:
await message.channel.send("Include the name of the program you want to edit!")
return
tag_name = args[2]
tag_list = db.get_entries("b++2programs", columns=["name", "author"])
if tag_name not in [x[0] for x in tag_list]:
await message.channel.send(f"There's no program under the name `{tag_name}`!")
return
ind = [x[0] for x in tag_list].index(tag_name)
if tag_list[ind][1] != str(message.author.id) and perms < 2:
await message.channel.send(f"You can only edit a program if you created it or if you're a staff member!")
return
if level > 3:
program = " ".join(args[3:])
elif len(message.attachments) != 0:
try:
if message.attachments[0].size >= 20000:
await message.channel.send("Your program must be under **20KB**.")
return
await message.attachments[0].save(f"Config/{message.id}.txt")
except Exception:
await message.channel.send("Include a valid program to run!")
return
program = open(f"Config/{message.id}.txt", "r", encoding="utf-8").read()
os.remove(f"Config/{message.id}.txt")
else:
await message.channel.send("Include a valid program to run!")
return
while program.startswith("`") and program.endswith("`"):
program = program[1:-1]
program = program.replace("{}", "\v")
db.edit_entry("b++2programs", entry={"program": program}, conditions={"name": tag_name})
await message.channel.send(f"Succesfully edited program {tag_name}!")
return
if args[1].lower() == "delete":
if level == 2:
await message.channel.send("Include the name of the program you want to delete!")
return
tag_name = args[2]
tag_list = db.get_entries("b++2programs", columns=["name", "author"])
if tag_name not in [x[0] for x in tag_list]:
await message.channel.send(f"There's no program under the name `{tag_name}`!")
return
ind = [x[0] for x in tag_list].index(tag_name)
if tag_list[ind][1] != str(message.author.id) and perms < 2:
await message.channel.send(f"You can only edit a program if you created it or if you're a staff member!")
return
db.remove_entry("b++2programs", conditions={"name": tag_name})
await message.channel.send(f"Succesfully deleted program {tag_name}!")
return
if args[1].lower() == "run":
if level > 2:
program = " ".join(args[2:])
elif len(message.attachments) != 0:
try:
if message.attachments[0].size >= 20000:
await message.channel.send("Your program must be under **20KB**.")
return
await message.attachments[0].save(f"Config/{message.id}.txt")
except Exception:
await message.channel.send("Include a valid program to run!")
return
program = open(f"Config/{message.id}.txt", "r", encoding="utf-8").read()
os.remove(f"Config/{message.id}.txt")
else:
await message.channel.send("Include a valid program to run!")
return
while program.startswith("`") and program.endswith("`"):
program = program[1:-1]
program = program.replace("{}", "\v")
program_args = []
author = message.author.id
else:
tag_name = args[1]
tag_list = db.get_entries("b++2programs", columns=["name", "program", "author", "uses"])
if tag_name not in [x[0] for x in tag_list]:
await message.channel.send(f"There's no program under the name `{tag_name}`!")
return
tag_info = [x for x in tag_list if x[0] == tag_name][0]
program = tag_info[1]
uses = tag_info[3] + 1
db.edit_entry("b++2programs", entry={"uses": uses, "lastused": time.time()}, conditions={"name": tag_name})
program_args = args[2:]
author = tag_info[2]
try:
program_output = run_bpp_program(program, program_args, author)
program_output = program_output.replace("<@", "<\\@")
except Exception as e:
await message.channel.send(f'{type(e).__name__}:\n```{e}```')
return
if len(program_output) > 1950:
program_output = "⚠️ `Output too long! First 1900 characters:`\n\n" + program_output[:1900]
if len(program_output.strip()) == 0: program_output = "\u200b"
await message.channel.send(program_output)
return
async def MAIN(message, args, level, perms, SERVER):
db = Database()
id_search_key = str(SERVER["MAIN"].id)
try:
roles, contestants, contnames, emojis, limit = db.get_entries(
"teamdata", columns=["roles", "contestants", "contname", "emojis", "teamlimit"],
conditions={"server":id_search_key}
)[0]
except IndexError:
await message.channel.send("There are no team flairs in this server!")
return
flair_list = False
count = False
if level == 1:
flair_list = True
elif args[1].lower() in ["teams", "list", "options"]:
flair_list = True
elif args[1].lower() == "count":
flair_list = True
count = True
if flair_list:
role_list = roles.split(" ")
if contnames != "":
cont_list = contnames.split(" / ")
if emojis != "":
emoji_list = emojis.split(" ")
if count:
output = [f"Here's the current team member standings.\n\n"]
teams = []
for t in range(len(role_list)):
team_info = []
try:
team_info.append(emoji_list[t])
except:
pass
try:
team_info.append("**" + cont_list[t] + "** -")
except:
team_info.append("<@&" + role_list[t] + "> -")
try:
counter = len(discord.utils.get(SERVER["MAIN"].roles, id=int(role_list[t])).members)
except:
counter = 0
team_info.append(counter)
team_info.append("member" + ('' if counter == 1 else 's') + "\n")
teams.append(team_info)
teams = sorted(teams, reverse=True, key=lambda m: m[1])
teams = [" ".join([str(a) for a in t]) for t in teams]
for t in teams:
if len(output[-1]) + len(t) > 1980:
output.append("")
output[-1] += t
else:
output = [f"Here's a list of available team flairs.\nYou can pick **{limit}** at most.\n\n"]
for t in range(len(role_list)):
line = ""
try:
line += emoji_list[t] + " - "
except:
pass
try:
line += "**" + cont_list[t] + "** - "
except:
pass
line += "<@&" + role_list[t] + ">\n"
if len(output[-1]) + len(line) > 1980:
output.append("")
output[-1] += line
for m in output:
await message.channel.send(m)
return
if args[1].lower() in ["get", "remove"]:
if level == 2:
await message.channel.send(f"Specify the team flair you want to {args[1].lower()}!")
return
cont_list = contnames.split(" / ")
cont_id_list = contestants.split(" ")
role_list = roles.split(" ")
cont_list_l = [x.lower() for x in cont_list]
key = " ".join(args[2:]).lower()
found_first = False
picked = []
found_list = [x for x in cont_list_l if x.startswith(key)]
if len(found_list) == 1:
ind = cont_list_l.index(found_list[0])
picked = [cont_list[ind], cont_id_list[ind], role_list[ind]]
elif len(found_list) > 1:
found_first = True
if picked == []:
role_name_list = [
discord.utils.get(SERVER["MAIN"].roles, id=int(x)).name for x in role_list
if discord.utils.get(SERVER["MAIN"].roles, id=int(x)) != None]
found_list = [x for x in role_name_list if x.lower().startswith(key)]
if len(found_list) == 1:
ind = role_name_list.index(found_list[0])
picked = [cont_list[ind], cont_id_list[ind], role_list[ind]]
elif len(found_list) > 1:
found_first = True
if picked == []:
if found_first:
await message.channel.send(
"There seem to be multiple flairs matching that search key. Please specify more!")
else:
await message.channel.send("I couldn't find a team flair matching that search key!")
return
author_member = SERVER["MAIN"].get_member(message.author.id)
current_flair_list = [str(x.id) for x in author_member.roles if str(x.id) in role_list]
if args[1].lower() == "get":
if picked[1] == str(message.author.id):
await message.channel.send("You can't pick your own team flair!")
return
if picked[2] in current_flair_list:
await message.channel.send("You already have that team flair!")
return
if len(current_flair_list) >= limit:
await message.channel.send(
f"You already have {limit} flair{'' if limit==1 else 's'}. You can't get any more!")
return
team_role = discord.utils.get(SERVER["MAIN"].roles, id=int(picked[2]))
await author_member.add_roles(team_role)
await message.channel.send(f"You have been added to **{picked[0]}**'s team!")
return
if args[1].lower() == "remove":
if picked[2] not in current_flair_list:
await message.channel.send("You don't have that team flair!")
team_role = discord.utils.get(SERVER["MAIN"].roles, id=int(picked[2]))
await author_member.remove_roles(team_role)
await message.channel.send(f"You are no longer on **{picked[0]}**'s team.")
return
async def MAIN(message, args, level, perms, SERVER):
if isinstance(message.channel, discord.DMChannel
): # Everyone should be able to see button presses
await message.channel.send("This command cannot be used in DMs!")
return
db = Database()
if level == 1: # `tc/button` will check the current button
try:
# "public.bigredbutton" always has a single entry unless there has never been a button. If len(button_info)
# is 0, that's the case, and this will throw an error caught by the try except block.
button_info = db.get_entries("bigredbutton",
columns=["button", "info"])[0]
except IndexError:
button_info = db.get_entries("bigredbutton",
columns=["button", "info"])
if len(button_info) == 0: # If there is no button, create one
button_number = 1 # It'd be the first ever button
serial_number = key_generator(random.randrange(
8, 15)) # Generate serial
exploding_chance = random.randrange(
15, 51) # 15 to 50% chance of exploding
inspector = number_key(3) # Factory inspector code
db.add_entry(
"bigredbutton",
[1, f"{serial_number} {exploding_chance} {inspector}", "", ""])
# Insert the new button info. Now there is a button, so skip to [*]
elif button_info[
1] == "PRESSED": # This is the 3 second interval after a button is pressed and before
return # the outcome is announced. Ignore button checks for this period
elif len(button_info[1].split(" ")) == 1: # [#]
# Button, when in cooldown, has a single code for its info column, representing when it was pressed and
# if it blew up or not. This code, unlike the normal `serial exp_chance` information, has no space in
# it. This section detects that code
pressing_time = int(
button_info[1][2:]) # Time at which the button was pressed
if button_info[1].startswith(
"0-"): # `0-time` means button didn't blow up
left = int((pressing_time + 15) -
time.time()) # Time left for button to come back
if left < 0: # If it's negative, the button should've returned by now but didn't
# So generate the button on the spot
button_number = button_info[
0] + 1 # Increment button number
serial_number = key_generator(random.randrange(
8, 15)) # Generate serial
exploding_chance = random.randrange(
15, 51) # 15 to 50% chance of exploding
inspector = number_key(3) # Factory inspector code
n_info = f"{serial_number} {exploding_chance} {inspector}"
db.edit_entry("bigredbutton",
entry={
"button": button_number,
"info": n_info
})
# Update with the new button
else: # If it's not negative, and the timer hasn't ended, report the amount of time remaining
await message.channel.send(
f"The new button is currently being prepared! {left}s remain!"
)
return
if button_info[1].startswith(
"1-"): # `1-time` means the button blew up
left = int((pressing_time + 300) -
time.time()) # Time left for button to come back
if left < 0: # Read above about the timer being negative
button_number = button_info[0] + 1
serial_number = key_generator(random.randrange(8, 15))
exploding_chance = random.randrange(15, 51)
inspector = number_key(3)
n_info = f"{serial_number} {exploding_chance} {inspector}"
db.edit_entry("bigredbutton",
entry={
"button": button_number,
"info": n_info
})
# Update with new button
else: # Report the actual timer if it hasn't ended yet
mn = int(left / 60) # Extract minutes
sc = left % 60 # Extract seconds
await message.channel.send(
f"The new button is being reconstructed. {mn}min {sc}s remain!"
)
return
else: # If there's a button and that's it
button_number = button_info[0] # Report the button number...
serial_number = button_info[1].split(" ")[0] # Its serial...
exploding_chance = button_info[1].split(" ")[
1] # ...Its explosion chance
inspector = button_info[1].split(" ")[2] # And its inspector
# [*] Report the current button
await message.channel.send(
f"""<:bigredbutton:654042578617892893> This is **Big Red Button #{button_number}**
It has a **{exploding_chance}%** chance of exploding. The serial number is `{serial_number}`.
It was inspected and approved by Factory Inspector #{inspector}.
Use `tc/bigredbutton press` to press this button!""".replace("\t", ""))
return
if args[1].lower() == "top": # Points leaderboard
unformatted_points = db.get_entries("bigredbutton",
columns=["points"])[0]
unformatted_points = [
x.split("-") for x in unformatted_points[0].split(" ")
]
# unformatted_points might include empty strings from how the points value is formatted
points = [] # This variable will be the clean version
for x in unformatted_points:
try:
x[0] = int(x[0])
x[1] = int(x[1])
points.append(
x) # If it passed the int tests, append it to points
except ValueError: # If it fails to convert to integers, it's an empty string and is ignored
continue
points = sorted(points, reverse=True,
key=lambda x: x[1]) # Sort the leaderboard
player_info = [x for x in points if x[0] == message.author.id][0]
player_ind = points.index(player_info)
# args[2] is the page number.
if level == 2: # If it's not specified, assume it's the first page
points = points[:10]
page = 1
elif not is_whole(
args[2]
): # If it's not a valid integer, assume it's first page also
points = points[:10]
page = 1
elif (int(args[2]) -
1) * 10 >= len(points): # Detect if the page number is too big
await message.channel.send(
f"There is no page {args[2]} on Big Red Button!")
return
else: # This means the user specified a valid page number
lower = (int(args[2]) - 1) * 10
upper = int(args[2]) * 10
points = points[lower:upper]
page = int(args[2])
# Top of the message
beginning = f"```diff\n---⭐ Big Red Button Points Leaderboard Page {page} ⭐---\n"
beginning += "\n Rank | Name | Points\n"
for person in points:
r = points.index(person) + 1 + (page - 1) * 10
if r == 1: # + if the person is first
line = f"+ {r}{' ' * (4 - len(str(r)))}| "
else: # - otherwise
line = f"- {r}{' ' * (4 - len(str(r)))}| "
try: # Try to gather a username from the ID
member = SERVER["MAIN"].get_member(int(person[0])).name
except: # If you can't, just display the ID
member = str(person[0])
line += f"{member[:20]}{' ' * (22 - len(member[:20]))}| " # Trim usernames to 20 characters long
line += str(person[1]) + "\n" # Add points value and newline
beginning += line # Add this line to the final message
beginning += f"\nYour rank is {player_ind+1}, with {player_info[1]} points."
beginning += "```" # Close off code block
await message.channel.send(beginning)
return
if args[1].lower() == "press": # Press the button!
button_info = db.get_entries("bigredbutton")[0]
# This segment is almost an exact repeat of [#] up above
if len(button_info[1].split(" ")) == 1 and button_info[1] != "PRESSED":
pressing_time = int(button_info[1][2:])
if button_info[1].startswith("0-"):
left = int((pressing_time + 15) - time.time())
if left < 0:
button_number = button_info[0] + 1
serial_number = key_generator(random.randrange(8, 15))
exploding_chance = random.randrange(15, 51)
inspector = number_key(3)
n_info = f"{serial_number} {exploding_chance} {inspector}"
db.edit_entry("bigredbutton",
entry={
"button": button_number,
"info": n_info
})
await message.channel.send(
f"""Big Red Button #{button_number} has arrived from inspection
by Factory Inspector #{inspector}, now with a {exploding_chance}% chance to explode and a
serial number of `{serial_number}`!""".replace("\n",
"").replace("\t", ""))
return
else:
await message.channel.send(
f"The new button is currently being prepared! {left}s remain!"
)
return
if button_info[1].startswith("1-"):
left = int((pressing_time + 300) - time.time())
if left < 0:
button_number = button_info[0] + 1
serial_number = key_generator(random.randrange(8, 15))
exploding_chance = random.randrange(15, 51)
inspector = number_key(3)
n_info = f"{serial_number} {exploding_chance} {inspector}"
db.edit_entry("bigredbutton",
entry={
"button": button_number,
"info": n_info
})
await message.channel.send(
f"""Big Red Button #{button_number} has arrived from inspection
by Factory Inspector #{inspector}, now with a {exploding_chance}% chance to explode and a
serial number of `{serial_number}`!""".replace("\n",
"").replace("\t", ""))
return
else:
mn = int(left / 60)
sc = left % 60
await message.channel.send(
f"The new button is being reconstructed. {mn}min {sc}s remain!"
)
return
# We already checked button_info[1], check two others now
button_number = button_info[0]
incapacitated = button_info[2]
if str(message.author.id) in incapacitated: # If you're incapacitated
incapacitated = incapacitated.split(" ")
ind = 0 # Find the author in the incapacitated list and extract their explosion time
for incap in incapacitated:
if incap.split("-")[0] == str(message.author.id):
ind = incapacitated.index(incap)
explosion_t = int(incap.split("-")[1])
break
# Calculate how long it'll be before they can recover
delta = (explosion_t + 21600) - time.time()
if delta < 0: # If it's negative, then they already recovered and can go on
del incapacitated[ind] # Delete the entry for this person
incapacitated = " ".join(incapacitated) # Join the list
# Update with the new incapacitated list
db.edit_entry("bigredbutton",
entry={"incapacitated": incapacitated})
else: # If it's not negative, they still have to wait a little
abs_delta = [
int(delta), # Seconds
int(delta / 60), # Minutes
int(delta / (60 * 60))
] # Hours
sc = abs_delta[0] % 60
mn = abs_delta[1] % 60
hr = abs_delta[2]
await message.channel.send(
f"You are still incapacitated! Wait {hr}h {mn}min {sc}s to press again."
)
return
if strip_alpha(message.author.name) == "":
return # Don't try to cheese it by having no letters
if button_info[
1] == "PRESSED": # If it's currently being pressed, ignore this press
return
else: # Mark this button as being pressed so nobody else presses it during the 3 second interval
db.edit_entry("bigredbutton", entry={"info": "PRESSED"})
# Gather serial_number and exploding_chance for calculations
serial_number = button_info[1].split(" ")[0]
exploding_chance = int(button_info[1].split(" ")[1])
inspector = list(button_info[1].split(" ")[2])
new_chance = exploding_chance # Clean slate variable
if str(message.author.id)[-1] in serial_number:
new_chance *= 0.67 # If last digit of ID is in serial...
if strip_alpha(message.author.name)[0].upper() in serial_number:
new_chance *= 2 # If first letter of username is in serial...
point_retention = 0.5
share_count = 0
disc = list(str(message.author.discriminator))
for x in range(len(list(inspector))):
if inspector[x] in disc:
share_count += 1
disc.remove(inspector[x])
inspector[x] = "-"
if share_count == 2:
point_retention = 0.75
if share_count == 3:
point_retention = 0.9
seed = random.uniform(
0,
100) # Has to be above the explosion chance otherwise it explodes
await message.channel.send(
f"**{message.author.name}** presses the button, and...")
await asyncio.sleep(3) # Suspense!
if seed <= new_chance: # If it's under the explosion chance, it blows up
n_button_info = f"1-{int(time.time())}" # Remember, `1-time` is the explosion flag
new_inc = f" {message.author.id}-{n_button_info[2:]}" # Add this person to the incapacitated list
points = button_info[3].split(" ") # Get the points list
new_points = 0
ind = -1 # Find the player in the points list and halve their point count
for player in points:
if player.split("-")[0] == str(message.author.id):
ind = points.index(player)
new_points = int(
int(player.split("-")[1]) * point_retention)
points[ind] = f"{message.author.id}-{new_points}"
if ind == -1: # If ind is still -1, then the player wasn't found in the points list so create a new
points.append(f"{message.author.id}-{new_points}"
) # entry for them with 0 points
points = " ".join(points)
db.edit_entry("bigredbutton",
entry={
"info": n_button_info,
"points": points,
"incapacitated": incapacitated + new_inc
})
# Update with the explosion info, the new incapacitated list, and the new points list
await message.channel.send(
f"""<:bigredbutton:654042578617892893> ***The #{button_number} Big Red Button blew up!***
<@{message.author.id}> has been incapacitated. Their point total is now **{new_points}**.
They cannot press any more buttons for 6 hours.
The button is broken. It'll take **5 minutes** to rebuild it.""".replace(
"\t", ""))
await asyncio.sleep(300) # Five minutes until the button is back
else: # If seed > new_chance, it doesn't blow up
points = button_info[3].split(" ") # Get points list to add points
n_button_info = f"0-{int(time.time())}" # `0-time` means no explosion
ind = -1 # Find player in points list and add the new points
for player in points:
if player.split("-")[0] == str(message.author.id):
ind = points.index(player)
# Note: the points they gain is ALWAYS the nominal value for the exploding chance, not the
# modified serial number chance that was used to calculate explosions
new_points = int(player.split("-")[1]) + exploding_chance
points[ind] = f"{message.author.id}-{new_points}"
if ind == -1: # If they're not in the points list, add them with the new point value
points.append(f"{message.author.id}-{exploding_chance}")
points = " ".join(points)
db.edit_entry("bigredbutton",
entry={
"info": n_button_info,
"points": points
})
# Update with the pressing info and the new points list
await message.channel.send(f"""
<:bigredbutton:654042578617892893> The #{button_number} Big Red Button did nothing.
<@{message.author.id}> gained {exploding_chance} points. Another button arrives in **15 seconds**.
""".replace("\t", ""))
await asyncio.sleep(15) # Fifteen seconds until the button is back
# Generate new serial_number and exploding_chance
button_number += 1
serial_number = key_generator(random.randrange(8, 15))
exploding_chance = random.randrange(15, 51)
inspector = number_key(3)
n_info = f"{serial_number} {exploding_chance} {inspector}"
db.edit_entry("bigredbutton",
entry={
"button": button_number,
"info": n_info
})
# Update table with the new button
# Announce the new button
await message.channel.send(
f"""Big Red Button #{button_number} has arrived from inspection
by Factory Inspector #{inspector}, now with a {exploding_chance}% chance to explode and a
serial number of `{serial_number}`!""".replace("\n", "").replace("\t", ""))
return
async def MAIN(message, args, level, perms, SERVER):
db = Database()
months = [
"January", "February", "March", "April", "May", "June", "July",
"August", "September", "October", "November", "December"
]
if level == 1: # If just tc/bd, return info on their birthday
found = db.get_entries("birthday",
conditions={"id": str(message.author.id)})
if found == []:
await message.channel.send(
f"""You are yet to register your birthday!
You can register by using **{SERVER["PREFIX"]}birthday register `DD/MM` `timezone`**"""
.replace("\t", ""))
return
birthday, tz = found[0][1:]
birthday = birthday.split("/")
birthday_format = months[int(birthday[1]) - 1] + " " + str(birthday[0])
timezone_f = ("+" if tz > 0 else "") + str(tz)
await message.channel.send(
f"""**{message.author.name}**'s birthday is set as **{birthday_format}** in **UTC {timezone_f}**."""
)
return
if args[1].lower() == "month":
if level == 2:
chosen_month = datetime.now(timezone.utc).month
elif is_whole(args[2]):
if int(args[2]) > 12 or int(args[2]) < 1:
await message.channel.send(
"Invalid month number. If you're picking a month number, choose one between 1 and 12!"
)
return
chosen_month = int(args[2])
else:
possible_months = [
x for x in months if x.lower().startswith(args[2].lower())
]
if len(possible_months) == 0:
new_possible = [
x for x in months if args[2].lower() in x.lower()
]
if len(new_possible) == 0:
await message.channel.send(
"There's no valid month with that name!")
return
if len(new_possible) > 1:
await message.channel.send(
f"""There are multiple months fitting that search key. Please specify which one you mean!
`({', '.join(new_possible)})`""".replace("\t", ""))
return
possible_months = new_possible
if len(possible_months) > 1:
await message.channel.send(
f"""There are multiple months fitting that search key. Please specify which one you mean!
`({', '.join(possible_months)})`""".replace("\t", ""))
return
chosen_month = months.index(possible_months[0]) + 1
found = db.get_entries("birthday")
found = [k for k in found if int(k[1].split("/")[1]) == chosen_month]
month_name = months[chosen_month - 1]
if len(found) == 0:
await message.channel.send(
f"There are no registered birthdays in {month_name}!")
return
found = sorted(found, key=lambda k: int(k[1].split("/")[0]))
messages = [
f"Here are all the birthdays registered in {month_name}:\n\n"
]
for bd in found:
try:
username = f"**{SERVER['MAIN'].get_member(int(bd[0])).name}**"
except Exception:
username = f"**`[{bd[0]}]`**"
day = bd[1].split("/")[0]
tz = ("+" if bd[2] > 0 else "") + str(bd[2])
line = f"> {username} - {month_name} {day}, UTC {tz}\n"
if len(messages[-1]) + len(line) > 1900:
messages.append("")
messages[-1] += line
for m in messages:
await message.channel.send(m)
return
if args[1].lower() == "next":
found = db.get_entries("birthday")
found = sorted(found, key=lambda k: int(k[1].split("/")[0]))
found = sorted(found, key=lambda k: int(k[1].split("/")[1]))
day, month = datetime.now(timezone.utc).day, datetime.now(
timezone.utc).month
for bd in found:
if int(bd[1].split("/")[1]) > month:
next_bd = bd
break
elif int(bd[1].split("/")[1]) == month and int(
bd[1].split("/")[0]) > day:
next_bd = bd
break
else:
next_bd = found[0]
next_id, birthday, tz = next_bd
birthday = birthday.split("/")
birthday_format = months[int(birthday[1]) - 1] + " " + str(
int(birthday[0]))
timezone_f = ("+" if tz > 0 else "") + str(tz)
try:
username = SERVER["MAIN"].get_member(int(next_id)).name
except AttributeError:
username = next_id
await message.channel.send(
f"The next birthday is **{username}**'s, on **{birthday_format}** in **UTC {timezone_f}**."
)
return
if args[1].lower() == "user":
if level == 2:
await message.channel.send(
"Include the username or ID of the person whose birthday you want to check."
)
return
rest = " ".join(args[2:])
if rest.startswith("<@") and rest.endswith(">"):
rest = rest[2:-1]
if is_whole(rest):
found = db.get_entries("birthday", conditions={"id": rest})
try:
username = SERVER["MAIN"].get_member(int(rest)).name
except:
username = rest
if found == []:
await message.channel.send(
f"**{username}** has not registered a birthday yet!")
return
user_bd = found[0]
birthday, tz = user_bd[1:]
birthday = birthday.split("/")
birthday_format = months[int(birthday[1]) - 1] + " " + str(
int(birthday[0]))
timezone_f = ("+" if tz > 0 else "") + str(tz)
await message.channel.send(
f"**{username}**'s birthday is on **{birthday_format}** in **UTC {timezone_f}**."
)
return
else:
user = discord.utils.get(SERVER["MAIN"].members, name=rest)
if user is None:
await message.channel.send("That user is not in the server!")
return
found = db.get_entries("birthday", conditions={"id": str(user.id)})
if found == []:
await message.channel.send(
f"**{rest}** has not registered a birthday yet!")
return
user_bd = found[0]
birthday, tz = user_bd[1:]
birthday = birthday.split("/")
birthday_format = months[int(birthday[1]) - 1] + " " + str(
int(birthday[0]))
timezone_f = ("+" if tz > 0 else "") + str(tz)
await message.channel.send(
f"**{rest}**'s birthday is on **{birthday_format}** in **UTC {timezone_f}**."
)
return
if args[1].lower() == "remove":
found = db.get_entries("birthday",
conditions={"id": str(message.author.id)})
if found == []:
await message.channel.send(
"You haven't registered a birthday yet to remove it!")
return
await message.channel.send(
f"""Are you sure you want to remove your birthday from the database? Send `confirm`
in this channel to confirm. Send anything else to cancel.""".replace(
"\n", "").replace("\t", ""))
# Wait for a message by the same author in the same channel
msg = await BRAIN.wait_for(
'message',
check=(lambda m: m.channel == message.channel and m.author ==
message.author))
if msg.content.lower(
) != "confirm": # If it's not `confirm`, cancel command
await message.channel.send("Birthday registering cancelled.")
return
db.remove_entry("birthday", conditions={"id": str(message.author.id)})
await message.channel.send(
"Your birthday has been removed from the database.")
return
if args[1].lower() == "register":
if level == 2:
await message.channel.send(
"Include your birthday in `DD/MM` to register!")
return
# Check if the person is in the birthday database or not
found = db.get_entries("birthday",
conditions={"id": str(message.author.id)})
birthday = args[2].split("/")
if level == 3:
tz = 0
elif not is_whole(args[3]):
await message.channel.send(
"Invalid timezone! Make sure it's a whole number from -12 to 14!"
)
return
elif not -12 <= int(args[3]) <= 14:
await message.channel.send(
"Invalid timezone! Make sure it's a whole number from -12 to 14!"
)
return
else:
tz = int(args[3])
if len(birthday) != 2: # If it's not `n/n`
await message.channel.send(
"Invalid birthday! Make sure it's in the `DD/MM` format!")
return
if not is_whole(birthday[0]) or not is_whole(
birthday[1]): # If day and month aren't numbers
await message.channel.send(
"Invalid birthday! Make sure the day and month are both numbers!"
)
return
# Transform into integers for these next two checks
birthday[0] = int(birthday[0])
birthday[1] = int(birthday[1])
if not 1 <= birthday[1] <= 12: # If month is invalid
await message.channel.send(
"Invalid month! Make sure it's between 1 and 12.")
return
if not 1 <= birthday[0] <= monthrange(
2020, birthday[1])[1]: # monthrange checks days in the month
await message.channel.send( # 2020 months because it's a leap year, and 29/02 should be available
f"Invalid day! Make sure it's between 1 and {monthrange(2020, birthday[1])[1]} for that month."
)
return
birthday_format = months[birthday[1] - 1] + " " + str(birthday[0])
birthday = "/".join([str(x) for x in birthday
]) # Join the list again for the next few lines
timezone_f = ("+" if tz > 0 else "") + str(tz)
# This confirmation message cannot be bypassed
await message.channel.send(
f"""Are you sure you want to record your birthday as {birthday_format} and your
timezone as UTC {timezone_f}? Send `confirm` in this channel to confirm.
""".replace("\n", "").replace("\t", ""))
# Wait for a message by the same author in the same channel
msg = await BRAIN.wait_for(
'message',
check=(lambda m: m.channel == message.channel and m.author ==
message.author))
if msg.content.lower(
) != "confirm": # If it's not `confirm`, cancel command
await message.channel.send("Birthday registering cancelled.")
return
# If confirmation passed, record the birthday
if found == []:
is_new = ""
db.add_entry("birthday", [message.author.id, birthday, tz])
else:
is_new = "new "
db.edit_entry("birthday",
entry={
"birthday": birthday,
"timezone": tz
},
conditions={"id": str(message.author.id)})
await message.channel.send(
f"Successfully recorded your {is_new}birthday as **{birthday} UTC {timezone_f}**!"
)
return
async def MAIN(message, args, level, perms, SERVER):
if level == 1:
await message.channel.send("Include a subcommand!")
return
VARIABLES = {}
db = Database()
if args[1].lower() == "info":
tag_list = db.get_entries("b++programs", columns=["name", "program", "author", "uses"])
tag_list = sorted(tag_list, reverse=True, key=lambda m: m[3])
tag_leaderboard = False
if level == 2: # If it's not specified, assume it's the first page
tag_list = tag_list[:10]
page = 1
tag_leaderboard = True
elif is_whole(args[2]):
if (int(args[2]) - 1) * 10 >= len(tag_list): # Detect if the page number is too big
await message.channel.send(f"There is no page {args[2]} on the B++ program list!")
return
else: # This means the user specified a valid page number
lower = (int(args[2]) - 1) * 10
upper = int(args[2]) * 10
tag_list = tag_list[lower:upper]
page = int(args[2])
tag_leaderboard = True
if tag_leaderboard:
beginning = f"```diff\nOld B++ Programs Page {page}\n\n"
for program in tag_list:
r = tag_list.index(program) + 1 + (page - 1) * 10
line = f"{r}{' '*(2-len(str(r)))}: {program[0]} :: {program[3]} use{'s' if program[3] != 1 else ''}"
member_id = program[2]
try: # Try to gather a username from the ID
member = SERVER["MAIN"].get_member(int(member_id)).name
except: # If you can't, just display the ID
member = str(member_id)
line += f" (written by {member})\n"
beginning += line # Add this line to the final message
beginning += "```" # Close off code block
await message.channel.send(beginning)
return
tag_name = args[2]
if tag_name not in [x[0] for x in tag_list]:
await message.channel.send("That tag does not exist.")
return
program = tag_list[[x[0] for x in tag_list].index(tag_name)]
member_id = program[2]
try: # Try to gather a username from the ID
member = SERVER["MAIN"].get_member(int(member_id)).name
except: # If you can't, just display the ID
member = str(member_id)
if len(program[1]) + 6 >= 1900:
program_code_msg = program[1]
if len(program_code_msg) >= 1990:
await message.channel.send(f"**{program[0]}** (written by {member})")
await message.channel.send(f"```{program_code_msg[:1000]}```")
await message.channel.send(f"```{program_code_msg[1000:]}```")
await message.channel.send(f"Used {program[3]} time{'s' if program[3] != 1 else ''}")
else:
await message.channel.send(f"**{program[0]}** (written by {member})")
await message.channel.send(f"```{program_code_msg}```")
await message.channel.send(f"Used {program[3]} time{'s' if program[3] != 1 else ''}")
else:
await message.channel.send(f"""**{program[0]}** (written by {member})
```{program[1]}```
Used {program[3]} time{'s' if program[3] != 1 else ''}""".replace("\n", "").replace("\t", ""))
return
if args[1].lower() == "delete":
if level == 2:
await message.channel.send("Include the name of the program you want to delete!")
return
tag_name = args[2]
tag_list = db.get_entries("b++programs", columns=["name", "author"])
if tag_name in [x[0] for x in tag_list]:
ind = [x[0] for x in tag_list].index(tag_name)
if tag_list[ind][1] != str(message.author.id) and perms != 2:
await message.channel.send(f"You can only delete a program you created!")
return
db.remove_entry("b++programs", conditions={"name": tag_name})
await message.channel.send(f"Succesfully deleted program {tag_name}!")
else:
await message.channel.send(f"There's no program under the name `{tag_name}`!")
return
if args[1].lower() == "edit":
if level == 2:
await message.channel.send("Include the name of the program you want to edit!")
return
if level == 3:
await message.channel.send("Include the new code for the program you want to edit!")
return
tag_name = args[2]
program = " ".join(args[3:])
if program.startswith("```") and program.endswith("```"):
program = program[3:-3]
if program.startswith("``") and program.endswith("``"):
program = program[2:-2]
if program.startswith("`") and program.endswith("`"):
program = program[1:-1]
tag_list = db.get_entries("b++programs", columns=["name", "author"])
if tag_name in [x[0] for x in tag_list]:
ind = [x[0] for x in tag_list].index(tag_name)
if tag_list[ind][1] != str(message.author.id) and perms != 2:
await message.channel.send(f"You can only edit a program you created!")
return
db.edit_entry("b++programs", entry={"program": program}, conditions={"name": tag_name})
await message.channel.send(f"Succesfully edited program {tag_name}!")
else:
await message.channel.send(f"There's no program under the name `{tag_name}`!")
return
if args[1].lower() not in ["run", "create"]:
tag_name = args[1]
if (tag_name,) in db.get_entries("b++programs", columns=["name"]):
program, uses = db.get_entries(
"b++programs", columns=["program", "uses"], conditions={"name": tag_name})[0]
uses += 1
db.edit_entry("b++programs", entry={"uses": uses}, conditions={"name": tag_name})
else:
await message.channel.send(f"There's no tag under the name `{args[1]}`!")
return
else:
if args[1].lower() == "run":
if level == 2:
await message.channel.send("Include a program to run!")
return
program = " ".join(args[2:])
if args[1].lower() == "create":
if level == 2:
await message.channel.send("Include the name of your new program!")
return
if level == 3:
await message.channel.send("Include the code for your program!")
return
tag_name = args[2]
if len(tag_name) > 30:
await message.channel.send("That tag name is too long. 30 characters maximum.")
return
program = " ".join(args[3:])
if program.startswith("```") and program.endswith("```"):
program = program[3:-3]
if program.startswith("``") and program.endswith("``"):
program = program[2:-2]
if program.startswith("`") and program.endswith("`"):
program = program[1:-1]
if args[1].lower() == "create":
if (tag_name,) in db.get_entries("b++programs", columns=["name"]):
await message.channel.send("There's already a program with that name!")
return
db.add_entry("b++programs", [tag_name, program, message.author.id, 0])
await message.channel.send(f"Successfully created program `{tag_name}`!")
return
semicolon_inds = find_all(program, ";")
semicolon_inds = [x for x in semicolon_inds if program[x-1] != "\\"]
program_chars = list(program)
for ind in semicolon_inds:
program_chars[ind] = "\n"
program = ''.join(program_chars).replace("\t", "")
lines = program.split("\n")
context = []
OUTPUT = ""
try:
try:
tag_vars = db.get_entries("b++variables", columns=["name", "value"], conditions={"tag": tag_name})
for var in tag_vars:
value = var[1]
if value.startswith("[") and value.endswith("]"):
value = array_to_list(value)
VARIABLES[var[0]] = value
except:
pass
for line in lines:
c_line = line
if len(context) == 0:
declaration = " = " in c_line
array_context = "[" in c_line.replace("\[", "") and "]" not in c_line.replace("\]", "")
if array_context:
context.append(["array", c_line, c_line[c_line.find("["):]])
continue
else:
context_list = [x[0] for x in context]
if "array" in context_list:
this_context = context[context_list.index("array")]
this_context[1] += "\t" + c_line
if "]" not in line.replace("\]", ""):
this_context[2] += "\t" + c_line
continue
else:
this_context[2] += c_line[:c_line.find("]")+1]
c_line = this_context[1]
del context[context_list.index("array")]
declaration = " = " in c_line
if declaration: # Deal with variable declaration
c_line = c_line.replace("\\=", "\n")
c_line = c_line.replace("==", "\t\t")
sides = c_line.split("=")
sides[1] = "=".join(sides[1:])
sides = [x.replace("\n", "\=") for x in sides]
sides = [x.replace("\t\t", "==") for x in sides]
c_line = c_line.replace("\n", "=")
c_line = c_line.replace("\t\t", "==")
sides[0] = parenthesis_parser(sides[0].strip(), VARIABLES, OUTPUT)[0]
sides[1] = parenthesis_parser(strip_front(sides[1]), VARIABLES, OUTPUT, var=True)[0]
VARIABLES[sides[0]] = sides[1]
continue
line_info, OUTPUT = parenthesis_parser(c_line.strip(), VARIABLES, OUTPUT)
except Exception as e:
await message.channel.send(f'{type(e).__name__} in line `{c_line}`:\n\t{e}')
return
try:
await message.channel.send(
OUTPUT.replace("<@", "<\@").replace("\\\\", "\t\t").replace("\\", "").replace("\t\t", "\\").replace(u"\uF000","\n",50)[:1950])
except discord.errors.HTTPException:
pass
try:
tag_name
tag_vars = db.get_entries("b++variables", columns=["name"], conditions={"tag": tag_name})
for var in VARIABLES.keys():
if var.startswith("__"):
if type(VARIABLES[var]) == list:
VARIABLES[var] = list_to_array(VARIABLES[var])
if (var,) in tag_vars:
db.edit_entry("b++variables", entry={"value": str(VARIABLES[var])}, conditions={"name": var})
continue
db.add_entry("b++variables", entry=[var, str(VARIABLES[var]), tag_name])
except:
pass
return
async def MAIN(message, args, level, perms, SERVER):
if level == 1:
await message.channel.send("Include a subcommand!")
return
if args[1].lower() == "setup":
if level == 2:
n = 10
elif is_whole(args[2]):
n = int(args[2])
else:
n = 10
msg_ids = [str(message.channel.id)]
for _ in range(n):
msg = await message.channel.send("\u200b")
msg_ids.append(str(msg.id))
await message.channel.send(" ".join(msg_ids))
return
if args[1].lower() == "update":
await message.channel.send("Updating list...")
await SERVER["EVENTS"]["SIGNUPS"].update_list(update_channel=True)
await message.channel.send("Updated list!")
return
if args[1].lower() == "edit":
msg = message.content
if "name:[" not in msg:
await message.channel.send(
"Include the name of the TWOW you want to edit!")
return
db = Database()
starting_bound = msg[msg.find("name:[") + 6:]
twow_name = starting_bound[:starting_bound.find("]")]
twow_list = db.get_entries("signuptwows",
conditions={"name": twow_name})
if len(twow_list) == 0:
await message.channel.send(
f"There's no TWOW named **{twow_name}** in the signup list!")
return
old_entry = twow_list[0]
old_entry = dict(
zip(["name", "hosts", "link", "description", "time", "verified"],
old_entry))
entry = {
"name": None,
"hosts": None,
"link": None,
"description": None,
"time": None,
"verified": None
}
cond = {"name": twow_name}
if "newname:[" in msg:
starting_bound = msg[msg.find("newname:[") + 9:]
new_name = starting_bound[:starting_bound.find("]")]
entry["name"] = new_name
if "host:[" in msg:
starting_bound = msg[msg.find("host:[") + 6:]
hosts = starting_bound[:starting_bound.find("]")]
entry["hosts"] = hosts
if "link:[" in msg:
starting_bound = msg[msg.find("link:[") + 6:]
link = starting_bound[:starting_bound.find("]")].replace(
"<", "").replace(">", "")
entry["link"] = link
if "desc:[" in msg:
starting_bound = msg[msg.find("desc:[") + 6:]
desc = starting_bound[:starting_bound.find("]")]
entry["description"] = desc
if "deadline:[" in msg:
starting_bound = msg[msg.find("deadline:[") + 10:]
dl_string = starting_bound[:starting_bound.find("]")]
deadline = datetime.datetime.strptime(dl_string, "%d/%m/%Y %H:%M")
deadline = deadline.replace(
tzinfo=datetime.timezone.utc).timestamp()
entry["time"] = deadline
if "verified:[" in msg:
starting_bound = msg[msg.find("verified:[") + 10:]
verified = starting_bound[:starting_bound.find("]")]
if verified in ["0", ""]:
vf = 0
else:
vf = 1
entry["verified"] = vf
entry = {k: d for k, d in entry.items() if d is not None}
if len(entry.keys()) == 0:
await message.channel.send("You've made no edits to this TWOW!")
return
db.edit_entry("signuptwows", entry=entry, conditions=cond)
announce = "dont_announce" not in msg
await SERVER["EVENTS"]["SIGNUPS"].update_list(announce=announce)
old_info_string = ""
for k, v in old_entry.items():
if v != "":
tag = k
if k == "hosts":
tag = "host"
if k == "time":
tag = "deadline"
if k == "description":
tag = "desc"
old_info_string += f"{tag}:[{v}] "
for k, v in entry.items():
old_entry[k] = v
new_info_string = ""
for k, v in old_entry.items():
if v != "":
tag = k
if k == "hosts":
tag = "host"
if k == "time":
tag = "deadline"
if k == "description":
tag = "desc"
if k == "link":
v = f"<{v}>"
new_info_string += f"{tag}:[{v}] "
await message.channel.send(
f"""**{cond['name']}** has been edited in the signup list.
**Old TWOW Info**:
{old_info_string}
**New TWOW Info**:
{new_info_string}""".replace("\t", ""))
if args[1].lower() == "remove":
msg = message.content
if level == 2:
await message.channel.send(
"Include the name of the TWOW you want to remove!")
return
db = Database()
if "dont_announce" in msg:
twow_name = " ".join(args[2:-1])
else:
twow_name = " ".join(args[2:])
twow_list = db.get_entries("signuptwows",
conditions={"name": twow_name})
if len(twow_list) == 0:
await message.channel.send(
f"There's no TWOW named **{twow_name}** in the signup list!")
return
twow_info = twow_list[0]
dl_format = datetime.datetime.utcfromtimestamp(
twow_info[4]).strftime("%d/%m/%Y %H:%M")
db.remove_entry("signuptwows", conditions={"name": twow_name})
announce = "dont_announce" not in msg
await SERVER["EVENTS"]["SIGNUPS"].update_list(announce=announce)
await message.channel.send(
f"""**{twow_info[0]}** has been removed from the signup list!
**TWOW Info**:
""".replace("\t", "") + f"""name:[{twow_info[0]}]
host:[{twow_info[1]}]
link:[{twow_info[2]}]
desc:[{twow_info[3]}]
deadline:[{dl_format}]
{'is_verified' if bool(twow_info[5]) else ''}""".replace("\n", "").replace(
"\t", ""))
return
if args[1].lower() == "add":
msg = message.content
if "name:[" not in msg:
await message.channel.send(
"Include the name of the TWOW you want to add!")
return
db = Database()
starting_bound = msg[msg.find("name:[") + 6:]
twow_name = starting_bound[:starting_bound.find("]")]
entry = [twow_name, "", "", "", 0, 0, ""]
if "host:[" in msg:
starting_bound = msg[msg.find("host:[") + 6:]
hosts = starting_bound[:starting_bound.find("]")]
entry[1] = hosts
if "link:[" in msg:
starting_bound = msg[msg.find("link:[") + 6:]
link = starting_bound[:starting_bound.find("]")].replace(
"<", "").replace(">", "")
entry[2] = link
if "desc:[":
starting_bound = msg[msg.find("desc:[") + 6:]
desc = starting_bound[:starting_bound.find("]")]
entry[3] = desc
if "deadline:[" in msg:
starting_bound = msg[msg.find("deadline:[") + 10:]
deadline = starting_bound[:starting_bound.find("]")]
entry[6] = deadline
deadline = datetime.datetime.strptime(deadline, "%d/%m/%Y %H:%M")
deadline = deadline.replace(
tzinfo=datetime.timezone.utc).timestamp()
entry[4] = deadline
vf = 0
if "verified:[" in msg:
starting_bound = msg[msg.find("verified:[") + 10:]
verified = starting_bound[:starting_bound.find("]")]
if verified not in ["0", ""]:
vf = 1
entry[5] = vf
db.add_entry("signuptwows", entry[:6])
announce = "dont_announce" not in msg
await SERVER["EVENTS"]["SIGNUPS"].update_list(announce=announce)
await message.channel.send(
f"""**{entry[0]}** has been added to the list of TWOWs in signups!
**Host:** {entry[1]}
**Description:** {entry[3]}
**Deadline:** {entry[6]}
**Deadline Timestamp:** {entry[4]}
**Link:** <{entry[2]}>""".replace("\t", ""))
class EVENT:
db = Database()
# Executes when loaded
def __init__(self):
self.RUNNING = False
self.param = {"HOUR_SPEED": 1}
# Executes when activated
def start(self, SERVER): # Set the parameters
self.SERVER = SERVER
self.RUNNING = True
# Executes when deactivated
def end(self): # Reset the parameters
self.RUNNING = False
# Function that runs every hour
async def on_one_hour(self):
if "BANNER" not in self.SERVER["MAIN"].features:
return
current_time = datetime.utcnow()
hour = current_time.hour
if hour % self.param["HOUR_SPEED"] != 0:
return
banner_ind, banner_list = self.db.get_entries("tcbanner")[0]
banner_list = banner_list.split(" ")
banner_ind += 1
banner_ind %= len(banner_list)
new_banner = banner_list[banner_ind]
self.db.edit_entry("tcbanner",
entry={
"current": banner_ind,
"url": " ".join(banner_list)
})
async with aiohttp.ClientSession() as session:
try:
async with session.get(new_banner) as resp:
if resp.status != 200:
return
data = io.BytesIO(await resp.read())
await self.SERVER["MAIN"].edit(banner=data.read())
except aiohttp.client_exceptions.InvalidURL:
pass
return
# Change a parameter of the event
async def edit_event(self, message, new_params):
incorrect = []
correct = []
for parameter in new_params.keys():
try:
self.param[parameter] = new_params[parameter]
correct.append(parameter)
except KeyError:
incorrect.append(parameter)
if len(correct) > 0:
await message.channel.send(
f"Successfully changed the parameters: {grammar_list(correct)}"
)
if len(incorrect) > 0:
await message.channel.send(
f"The following parameters are invalid: {grammar_list(incorrect)}"
)
return
class EVENT:
db = Database()
# Executes when loaded
def __init__(self):
self.RUNNING = False
self.CHANNEL_NAME = "game-room"
self.info = {
"HOST_QUEUE": [],
"PLAYERS": [],
"RESPONSES": [],
"SPECTATORS": [],
"VOTES": {
"ID": [],
"RESP": [],
"VOTE": []
},
"GAME": {
"ROUND": 0,
"PERIOD": 0,
"PROMPT": "",
"HOST": 0,
"PERIOD_START": 0,
"END_VOTES": [],
}
}
self.param = { # Define all the parameters necessary
"ELIM_RATE": 0.2,
"R_DEADLINE": 180,
"V_DEADLINE": 150,
"Q_DEADLINE": 60,
"S_DEADLINE": 180,
"P_DEADLINE": 120
}
# Executes when activated
def start(self, SERVER): # Set the parameters
self.MMT_C = discord.utils.get(SERVER["MAIN"].channels,
name=self.CHANNEL_NAME)
self.RUNNING = True
self.SERVER = SERVER
self.PREFIX = SERVER["PREFIX"]
self.info["GAME"]["PERIOD_START"] = time.time()
# Executes when deactivated
def end(self): # Reset the parameters
self.info = {
"HOST_QUEUE": [],
"PLAYERS": [],
"SPECTATORS": [],
"RESPONSES": [],
"VOTES": {
"ID": [],
"RESP": [],
"VOTE": []
},
"GAME": {
"ROUND": 0,
"PERIOD": 0,
"PROMPT": "",
"HOST": 0,
"PERIOD_START": 0,
"END_VOTES": [],
}
}
self.RUNNING = False
# [Event-exclusive] Ends the current MiniMiniTWOW, moving on to the next host in queue
def force_skip(self): # Resets just about everything except the queue
self.info["PLAYERS"] = []
self.info["SPECTATORS"] = []
self.info["RESPONSES"] = []
self.info["VOTES"] = {"ID": [], "RESP": [], "VOTE": []}
self.info["GAME"] = {
"ROUND": 0,
"PERIOD": 0,
"PROMPT": "",
"HOST": 0,
"PERIOD_START": 0,
"END_VOTES": [],
}
# Function that runs every two seconds
async def on_two_second(self):
if len(self.info["HOST_QUEUE"]
) == 0 and self.info["GAME"]["HOST"] == 0:
await self.MMT_C.send(
"🎩 There are no more people in queue to host a MiniMiniTWOW.")
self.end()
return
if self.info["GAME"][
"HOST"] == 0: # When there's no host, the queue moves on
self.info["GAME"]["HOST"] = self.info["HOST_QUEUE"][
0] # Turn first person into host
self.info["HOST_QUEUE"] = self.info["HOST_QUEUE"][
1:] # Remove first person from queue
await self.MMT_C.send(
f"""🎩 <@{self.info["GAME"]["HOST"]}> is now up on the queue! Send
`{self.PREFIX}mmt create` to create a MiniMiniTWOW within the next {self.param["Q_DEADLINE"]} seconds,
or you'll be skipped from queue!""".replace("\n", "").replace("\t", ""))
self.info["GAME"]["PERIOD_START"] = time.time(
) # Start the mmt create timer
return
if self.info["GAME"][
"PERIOD"] == 0: # The host has to create the MiniMiniTWOW
# How much time has passed since the start of the period
remain = round(time.time() - self.info["GAME"]["PERIOD_START"])
# If there's around 30 seconds left to create the MMT
if remain in [
self.param["Q_DEADLINE"] - 30,
self.param["Q_DEADLINE"] - 31
]:
await self.MMT_C.send(
f"""🎩 <@{self.info["GAME"]["HOST"]}>, you have 30 seconds to create the
MiniMiniTWOW with `{self.PREFIX}mmt create`. Do it, or you'll be skipped from queue!
""".replace("\n", "").replace("\t", ""))
# If it's past the deadline
if remain >= self.param["Q_DEADLINE"]:
await self.MMT_C.send(
f"""🎩 <@{self.info["GAME"]["HOST"]}> has been skipped for taking too long to
create the MiniMiniTWOW.""".replace("\n", "").replace("\t", ""))
self.force_skip()
return
if self.info["GAME"][
"PERIOD"] == 1: # The host has to start the MiniMiniTWOW
if self.info["GAME"][
"PERIOD_START"] != 0: # If it's 0, the two-player timer hasn't been triggered yet
remain = round(time.time() - self.info["GAME"]["PERIOD_START"])
# If there's around 30 seconds left to start the MMT
if remain in [
self.param["S_DEADLINE"] - 30,
self.param["S_DEADLINE"] - 31
]:
await self.MMT_C.send(
f"""🏁 <@{self.info["GAME"]["HOST"]}>, you have 30 seconds to end signups
start the MiniMiniTWOW with `{self.PREFIX}mmt start`. Do it, or you'll be skipped from queue!
""".replace("\n", "").replace("\t", ""))
return
# If it's past the deadline
if remain >= self.param["S_DEADLINE"]:
await self.MMT_C.send(
f"""🏁 <@{self.info["GAME"]["HOST"]}> has been skipped for taking too long
to start the MiniMiniTWOW.""".replace("\n", "").replace("\t", ""))
self.force_skip()
return
if self.info["GAME"][
"PERIOD"] == 2: # The host has to pick a prompt for the MiniMiniTWOW
remain = time.time() - self.info["GAME"]["PERIOD_START"]
if remain < 1.95: # If the prompt decision period *just started*
await self.MMT_C.send(
f"""📰 <@{self.info["GAME"]["HOST"]}> has {self.param["P_DEADLINE"]} seconds
to decide on the Round {self.info["GAME"]["ROUND"]} Prompt by using `{self.PREFIX}mmt prompt`.
""".replace("\n", "").replace("\t", ""))
return
# If there's around 30 seconds left to decide the prompt
if round(remain) in [
self.param["P_DEADLINE"] - 30,
self.param["P_DEADLINE"] - 31
]:
await self.MMT_C.send(
f"""📰 <@{self.info["GAME"]["HOST"]}>, you have 30 seconds to decide on a prompt
with `{self.PREFIX}mmt prompt`. Do it, or you'll be skipped from queue!
""".replace("\n", "").replace("\t", ""))
return
# If it's past the deadline
if remain >= self.param["P_DEADLINE"]:
await self.MMT_C.send(
f"""📰 <@{self.info["GAME"]["HOST"]}> has been skipped for taking too long
to write a prompt for the MiniMiniTWOW.""".replace("\n",
"").replace("\t", ""))
self.force_skip()
return
if self.info["GAME"][
"PERIOD"] == 3: # The contestants have to submit to the MiniMiniTWOW
remain = round(time.time() - self.info["GAME"]["PERIOD_START"])
# If everyone submitted, and the deadline *can* be shortened to 15 seconds
if self.info["RESPONSES"].count(
"") == 0 and remain < self.param["R_DEADLINE"] - 15:
await self.MMT_C.send(
"📝 Everyone has responded! Voting will begin in 15 seconds."
)
self.info["GAME"]["PERIOD_START"] += (
time.time() - self.info["GAME"]["PERIOD_START"] -
self.param["R_DEADLINE"] + 15)
# If there's around 60 seconds left to respond
if remain in [
self.param["R_DEADLINE"] - 60,
self.param["R_DEADLINE"] - 61
]:
for player in self.info["PLAYERS"]:
ind = self.info["PLAYERS"].index(player)
if self.info["RESPONSES"][ind] == "":
try:
await self.SERVER["MAIN"].get_member(player).send(
f"""📝 <@{player}>, you have 1 minute to submit to the current prompt!
```{self.info["GAME"]["PROMPT"]}```
If you don't respond, you'll be eliminated!""".replace("\n",
"").replace(
"\t", ""))
except Exception:
pass
# If it's past the deadline
if remain >= self.param["R_DEADLINE"]:
dnr_list = [] # Make a list of contestants who DNRd
for player in self.info["PLAYERS"]:
ind = self.info["PLAYERS"].index(player)
if self.info["RESPONSES"][ind] == "":
dnr_list.append(player)
self.info["PLAYERS"][ind] = ""
# Remove DNRers
self.info["PLAYERS"] = [
x for x in self.info["PLAYERS"] if x != ""
]
self.info["RESPONSES"] = [
x for x in self.info["RESPONSES"] if x != ""
]
# Format the DNR list with pings
dnr_list = [f"<@{x}>" for x in dnr_list]
players = len(
self.info["PLAYERS"]) # Report the new number of players
initial = f'📝 **Round {self.info["GAME"]["ROUND"]} Responding** is over!\n'
# Specify whether or not anyone DNRd
if len(dnr_list) > 0:
initial += f"""The following people did not respond: {grammar_list(dnr_list)}. We are down
to {players} player{'s' if players != 1 else ''}.""".replace("\n",
"").replace(
"\t", "")
else:
initial += "Everyone responded."
await self.MMT_C.send(initial)
if players == 1: # If only one person remains, they win
winner = self.info["PLAYERS"][0]
await self.MMT_C.send(
f"""🏆 <@{winner}> wins the MiniMiniTWOW!""")
# Update database, increment their win count
# Search for them in the mmtstats table
found = self.db.get_entries("mmtstats",
columns=["id"],
conditions={"id": str(winner)})
if len(
found
) == 0: # If they're not in the mmtstats table, add them
self.db.add_entry("mmtstats", entry=[winner, "", 1])
else: # Increment their win count in mmtstats
wins = self.db.get_entries(
"mmtstats",
columns=["wins"],
conditions={"id": str(winner)})[0][0]
self.db.edit_entry("mmtstats",
entry={"wins": wins + 1},
conditions={"id": str(winner)})
self.force_skip()
return
if players == 0: # If everyone DNRd
await self.MMT_C.send(
f"""🏆 Everyone is eliminated. The MiniMiniTWOW ends with no winner!"""
)
self.force_skip()
return
# Switch to voting period
self.info["GAME"]["PERIOD"] = 4
# Prepare the voting arrays
self.info["VOTES"]["ID"] = []
self.info["VOTES"]["RESP"] = []
self.info["VOTES"]["VOTE"] = []
for spec in self.info["SPECTATORS"]:
# Generate a random list of all or 8 of the responses as the screen
if spec not in self.info["PLAYERS"]:
screen = random.sample(
self.info["RESPONSES"],
min(8, len(self.info["RESPONSES"])))
else: # If the voter is alive, the screen must contain the voter's response
ind = self.info["PLAYERS"].index(spec)
player_response = self.info["RESPONSES"][
ind] # This is the response that the voter submitted
other_responses = [
resp for resp in self.info["RESPONSES"]
if resp != player_response
]
screen = [player_response] + random.sample(
other_responses, min(7, len(other_responses)))
random.shuffle(
screen
) # So that the player's response isn't always A
# Add the voter and the screen to the vote arrays
self.info["VOTES"]["ID"].append(spec)
self.info["VOTES"]["RESP"].append(screen)
self.info["VOTES"]["VOTE"].append("")
message = f"""🗳️ **Round {self.info["GAME"]["ROUND"]} Voting**
```{self.info["GAME"]["PROMPT"]}```
Cast your vote on the entries below by using `{self.PREFIX}mmt vote` followed by the letters
of each response ordered from best to worst in your opinion. You have {self.param["V_DEADLINE"]}
seconds to vote!""".replace("\n", "").replace("\t", "")
# Format the screen properly
screen = "\n".join([
f"""`({ALPHABET[screen.index(resp)]})` {resp} `({word_count(resp)}
word{'s' if word_count(resp) != 1 else ''})`""".replace(
"\n", "").replace("\t", "") for resp in screen
])
message += "\n" + screen
try: # Try to send the screen to the member
await self.SERVER["MAIN"].get_member(spec).send(message
)
except Exception: # If you can't, skip them
pass
# Start the voting timer and announce voting
self.info["GAME"]["PERIOD_START"] = time.time()
await self.MMT_C.send(
f"""🗳️ **Round {self.info["GAME"]["ROUND"]} Voting** has started! Spectators
have been sent the voting screens, and have {self.param["V_DEADLINE"]} seconds to vote.
""".replace("\n", "").replace("\t", ""))
return
if self.info["GAME"]["PERIOD"] == 4: # The spectators have to vote
remain = round(time.time() - self.info["GAME"]["PERIOD_START"])
# If every spectator voted and the deadline *can* be shortened to 10 seconds
if self.info["VOTES"]["VOTE"].count(
"") == 0 and remain < self.param["V_DEADLINE"] - 10:
await self.MMT_C.send(
"🗳️ Every spectator has voted! Voting ends in 10 seconds.")
self.info["GAME"]["PERIOD_START"] += (
time.time() - self.info["GAME"]["PERIOD_START"] -
self.param["V_DEADLINE"] + 10)
# If around 45 seconds remain to vote
if remain in [
self.param["V_DEADLINE"] - 45,
self.param["V_DEADLINE"] - 46
]:
await self.MMT_C.send(
"🗳️ 45 seconds left to vote! There are still spectators that haven't voted."
)
# If it's past the deadline
if remain >= self.param["V_DEADLINE"]:
await self.MMT_C.send(
f'🗳️ **Round {self.info["GAME"]["ROUND"]} Voting** is over!'
)
# Prepare the leaderboard
leaderboard = []
# Add the first two columns of the leaderboard (player ping and their response), plus an array
# for vote placements, used for calculation
for r in range(len(self.info["RESPONSES"])):
leaderboard.append([
f'<@{self.info["PLAYERS"][r]}>',
self.info["RESPONSES"][r], []
])
for vote in range(len(
self.info["VOTES"]["VOTE"])): # For each vote...
scores = self.info["VOTES"]["VOTE"][vote].split(
" ") # Separate the scores
responses = self.info["VOTES"]["RESP"][
vote] # And the responses those scores correspond to
if len(
scores
) < 2: # Detects placeholder vote strings (spectators that didn't vote)
continue # Skips the vote
for s in range(len(scores)): # For each score...
resp = responses[s] # Identify the response
score = float(scores[s]) # Convert score to float
ind = self.info["RESPONSES"].index(
resp
) # Find the response's index on the response list
leaderboard[ind][2].append(
score
) # Add the score to the response on the leaderboard
# The response list indices and the leaderboard indices will coincide
for resp in leaderboard:
try: # Try to calculate the average
mean = np.mean(resp[2])
except:
mean = "N/A"
try: # Try to calculate the stdev
stdev = statistics.stdev(resp[2])
except:
stdev = "N/A"
# Add average, stdev and vote count to the leaderboard
resp += [mean, stdev, len(resp[2])]
del resp[2] # Delete the raw vote column
leaderboard = sorted(
leaderboard, key=lambda x: x[3]) # Sort by stdev ascending
leaderboard = sorted(
leaderboard, reverse=True,
key=lambda x: x[2]) # Sort by score descending
# Array for splitting up the message, yada yada
post_leaderboard = [
f"🏆 **Round {self.info['GAME']['ROUND']} Results**\nThe prompt: `{self.info['GAME']['PROMPT']}`.\n\n"
]
# Useful arrays to deal with eliminations and ranks
elim_pings = []
elim_players = []
player_ranks = [""] * len(self.info["PLAYERS"])
for r in range(len(leaderboard)):
player = int(leaderboard[r][0][2:-1]) # Get their id
# Add their placement to player_ranks, which will later be added to the database
player_ranks[self.info["PLAYERS"].index(
player)] = f"{r+1}/{len(leaderboard)}"
if leaderboard[r][
2] != "N/A": # If average is a number, turn it into a percentile
leaderboard[r][2] = "{:.2%}".format(leaderboard[r][2])
if leaderboard[r][
3] != "N/A": # If stdev is a number, turn it into a percentile
leaderboard[r][3] = "{:.2%}".format(leaderboard[r][3])
# Format the vote count and add proper grammar
leaderboard[r][4] = str(
leaderboard[r]
[4]) + " vote" + "s" if leaderboard[r][4] != 1 else ""
# Add brackets where necessary
line = [f'[{r+1}]'] + leaderboard[r][:2] + [
f'[{", ".join(leaderboard[r][2:])}]'
]
# Determine the amount of contestants eliminated
elim = elim_prize(len(leaderboard),
elim_rate=self.param["ELIM_RATE"])[0]
# Determine which circle emoji to use, based on if contestant is eliminated or not
emoji = "🟡" if r == 0 else (
"🟢" if len(leaderboard) - r > elim else "🔴")
line = emoji + " " + " - ".join(
line
) + "\n" # Join the leaderboard line together with separators
if len(
post_leaderboard[-1] + line
) > 1950: # Split into multiple messages if necessary
post_leaderboard.append("")
post_leaderboard[-1] += line
# Add separators on boundaries of win, safe and elim regions
if r == 0 or len(leaderboard) - r - 1 == elim or len(
leaderboard) - r == 1:
separator = f"`{'-' * 60}`\n"
if len(post_leaderboard[-1] + separator) > 1950:
post_leaderboard.append("")
post_leaderboard[-1] += separator
if emoji == "🔴": # If the person got eliminated (red circle emoji), add them to the elim arrays
elim_pings.append(leaderboard[r][0])
elim_players.append(int(leaderboard[r][0][2:-1]))
for z in post_leaderboard: # Send leaderboard messages
await self.MMT_C.send(z)
await self.MMT_C.send(
f"""❌ {grammar_list(elim_pings)} ha{'s' if len(elim_pings) == 1 else 've'}
been eliminated.""".replace("\n", "").replace("\t", ""))
# Add each person's rankings to the database
for p in range(len(self.info["PLAYERS"])):
player = self.info["PLAYERS"][p] # `player` is an ID
rank_str = player_ranks[p] # Their rank this round
# Search for the player in mmtstats
found = self.db.get_entries("mmtstats",
columns=["id", "ranks"],
conditions={"id": str(player)})
if len(
found
) == 0: # If they're not in mmtstats, add them with the new rank value
self.db.add_entry("mmtstats",
entry=[player, rank_str, 0])
else:
# Add the new rank to their rank history
current_rank = found[0][1]
if self.info["GAME"]["ROUND"] == 1:
current_rank += "\t"
else:
current_rank += " "
current_rank += rank_str
# Update mmtstats with the new rank history
self.db.edit_entry("mmtstats",
entry={"ranks": current_rank},
conditions={"id": str(player)})
# Remove players that were eliminated
self.info["PLAYERS"] = [
x for x in self.info["PLAYERS"] if x not in elim_players
]
if len(self.info["PLAYERS"]
) == 1: # If there's one player left, they win
winner = self.info['PLAYERS'][0]
await self.MMT_C.send(
f"🏆 <@{winner}> wins the MiniMiniTWOW!")
self.force_skip() # Skip the host since the game ended
wins = self.db.get_entries("mmtstats",
columns=["wins"],
conditions={"id": str(winner)
})[0][0] + 1
# Increment the player's win count
self.db.edit_entry("mmtstats",
entry={"wins": wins},
conditions={"id": str(winner)})
return
# Turn the period into prompt decision, incremenet the round, and prepare prompt and response variables
self.info["GAME"]["PERIOD"] = 2
self.info["GAME"]["ROUND"] += 1
self.info["GAME"]["PERIOD_START"] = time.time()
self.info["GAME"]["PROMPT"] = ""
self.info["RESPONSES"] = [""] * len(self.info["PLAYERS"])
return
return
# Change a parameter of the event
async def edit_event(self, message, new_params):
incorrect = []
correct = []
for parameter in new_params.keys():
try:
self.param[parameter] = new_params[parameter]
correct.append(parameter)
except KeyError:
incorrect.append(parameter)
if len(correct) > 0:
await message.channel.send(
f"Successfully changed the parameters: {grammar_list(correct)}"
)
if len(incorrect) > 0:
await message.channel.send(
f"The following parameters are invalid: {grammar_list(incorrect)}"
)
return
"USAGE":
f"""Using `{PREFIX}typingtest` will prompt you to type a sequence of random common English words,
and will report your speed and accuracy when you finish.""".replace(
"\n", "").replace("\t", ""),
"HIDE":
1
}
a = "tc/db add typingtest id-text totype-text start-text best-text"
PERMS = 1 # Members
ALIASES = ["TT"]
REQ = []
db = Database()
zws = ""
async def MAIN(message, args, level, perms, SERVER):
if level == 1:
totype = " ".join(random.sample(WORDS, random.randrange(
45, 61, 1))) # creates list of words
# adding zero-width spaces between words to prevent copy+paste
spaced_text = ""
for i in range(len(totype)):
spaced_text += totype[i]
if totype[i] == " ":
spaced_text += zws
import discord
from Config._db import Database
from Config._const import BRAIN
db = Database()
columns = db.get_entries("serverdata")
MAIN_SERVER = {}
SERVERS = {}
MAIN_SERVER["ID"] = 481509601590771724
MAIN_SERVER["MAIN"] = discord.utils.get(BRAIN.guilds, id=MAIN_SERVER["ID"])
MAIN_SERVER["LOGS"] = discord.utils.get(MAIN_SERVER["MAIN"].channels,
id=653677748832698378)
MAIN_SERVER["BIRTHDAY"] = discord.utils.get(MAIN_SERVER["MAIN"].roles,
id=653630098813222943)
MAIN_SERVER["MEMES"] = discord.utils.get(MAIN_SERVER["MAIN"].channels,
id=656639194415759371)
MAIN_SERVER["INTERESTED"] = discord.utils.get(MAIN_SERVER["MAIN"].roles,
id=654072824318918677)
'''
MAIN_SERVER["ID"] = 653673010821201920
MAIN_SERVER["MAIN"] = discord.utils.get(BRAIN.guilds, id=MAIN_SERVER["ID"])
MAIN_SERVER["LOGS"] = discord.utils.get(MAIN_SERVER["MAIN"].channels, id=653673395954647095)
MAIN_SERVER["BIRTHDAY"] = discord.utils.get(MAIN_SERVER["MAIN"].roles, id=653771648616366103)
MAIN_SERVER["MEMES"] = discord.utils.get(MAIN_SERVER["MAIN"].channels, id=656641155869704205)
MAIN_SERVER["INTERESTED"] = discord.utils.get(MAIN_SERVER["MAIN"].roles, id=654094896562438154)
'''
for server in columns:
class EVENT:
# Executes when loaded
def __init__(self):
self.RUNNING = False
self.param = {"TIME_ORDER": 1}
# Executes when activated
def start(self, SERVER): # Set the parameters
self.RUNNING = True
self.MESSAGES = []
self.db = Database()
self.SERVER = SERVER
self.CHANNEL = ""
self.ANNOUNCE = ""
# Executes when deactivated
def end(self): # Reset the parameters
self.param = {"TIME_ORDER": 1}
self.RUNNING = False
# Exclusive to this event, updates the list of TWOWs in signups
async def update_list(self,
hour=False,
announce=True,
update_channel=False):
if len(self.MESSAGES) == 0 or update_channel:
msgs = [
int(x)
for x in self.db.get_entries("signupmessages")[0][0].split(" ")
]
self.CHANNEL = discord.utils.get(self.SERVER["MAIN"].channels,
id=msgs[0])
self.MESSAGES = [""] * (len(msgs) - 2)
self.ANNOUNCE = ""
async for msg in self.CHANNEL.history(limit=100):
if msg.id in msgs:
if msgs.index(msg.id) != len(msgs) - 1:
self.MESSAGES[msgs.index(msg.id) - 1] = msg
else:
self.ANNOUNCE = msg
twow_list = self.db.get_entries("signuptwows")
twow_list = sorted(twow_list,
key=lambda m: self.param["TIME_ORDER"] * m[4])
for ind, twow in enumerate(twow_list):
if twow[4] <= time.time():
twow_list[ind] = ""
twow_list = [x for x in twow_list if x != ""]
self.db.remove_entry("signuptwows")
for twow in twow_list:
self.db.add_entry("signuptwows", list(twow))
if announce:
try:
new_twow_names = list(zip(*twow_list))[0]
except IndexError:
new_twow_names = []
old_twow_names = [
x.content[x.content.find("📖 **__") +
7:x.content.find("__** - Hosted by")]
for x in self.MESSAGES if x.content != "\u200b"
]
just_added = [x for x in new_twow_names if x not in old_twow_names]
just_removed = [
x for x in old_twow_names if x not in new_twow_names
]
new_announcement_list = []
for x in just_added:
new_announcement_list.append(
f"`(<1 hour ago)` : Added **{x}** to the signup list")
for x in just_removed:
new_announcement_list.append(
f"`(<1 hour ago)` : Removed **{x}** from the signup list")
if self.ANNOUNCE.content != "\u200b":
old_announcement_list = self.ANNOUNCE.content.split("\n")[2:]
if hour:
for z in range(len(old_announcement_list)):
halves = old_announcement_list[z].split(" : ")
halves[0] = halves[0].split(" ")
if halves[0][0][2:] == "<1":
halves[0] = "`(1 hour ago)`"
old_announcement_list[z] = " : ".join(halves)
elif halves[0][0][2:] != "23":
halves[
0] = f"`({int(halves[0][0][2:])+1} hours ago)`"
old_announcement_list[z] = " : ".join(halves)
else:
old_announcement_list[z] = ""
old_announcement_list = [
x for x in old_announcement_list if x != ""
]
if new_announcement_list != []:
old_announcement_list += new_announcement_list
announce_msg = f"__**Recent list changes:**__\n\n" + "\n".join(
old_announcement_list)
await self.ANNOUNCE.edit(content=announce_msg)
else:
announce_msg = f"__**Recent list changes:**__\n\n" + "\n".join(
new_announcement_list)
await self.ANNOUNCE.edit(content=announce_msg)
for x in just_added:
verif = twow_list[new_twow_names.index(x)][-1]
if verif == 1:
msg = await self.CHANNEL.send(
"<@&488451010319220766> <@&723946317839073370>")
else:
msg = await self.CHANNEL.send("<@&723946317839073370>")
await msg.delete()
formatted_list = []
for twow in twow_list:
time_left = twow[4] - time.time()
signup_warning = ""
time_emoji = "🕛🕐🕑🕒🕓🕔🕕🕖🕗🕘🕙🕚"
if time_left <= 0:
t_l_string = "SIGNUPS ARE OVER!"
else:
abs_delta = [
np.ceil(time_left / 3600), # Hours
int(np.ceil(time_left / 3600) / 24)
] # Days
hr = int(abs_delta[0] % 24)
dy = int(abs_delta[1])
t_l_string = f"Less than"
if dy != 0:
t_l_string += f" {dy} day{'s' if dy!=1 else ''}"
else:
signup_warning = "\n⏰ **SIGNUPS ARE ALMOST OVER! JOIN SOON!**"
if hr != 0:
if dy != 0:
t_l_string += ","
t_l_string += f" {hr} hour{'s' if hr!=1 else ''}"
datetime_dl = datetime.datetime.utcfromtimestamp(twow[4])
deadline_string = datetime_dl.strftime("%B %d %Y %H:%M UTC")
try:
chosen_emoji = time_emoji[datetime_dl.hour % 12]
except Exception:
chosen_emoji = time_emoji[0]
verified_string = ""
if twow[5] > 0:
verified_string = "\n⭐ **FEATURED TWOW!** (<@&488451010319220766>)"
descrip = twow[3].replace('\n', '\n> ')
message = f"""\u200b
\u200b{verified_string}
📖 **__{twow[0]}__** - Hosted by **{twow[1]}**
> {descrip}
{signup_warning}
{chosen_emoji} **Signup Deadline** : **{t_l_string}** `({deadline_string})`
📥 **Server Link** : {twow[2]}""".replace("\t", "")
formatted_list.append(message)
for t in range(len(self.MESSAGES)):
if t < len(formatted_list):
await self.MESSAGES[-t - 1].edit(content=formatted_list[t])
elif self.MESSAGES[-t - 1].content != "\u200b":
await self.MESSAGES[-t - 1].edit(content="\u200b")
# Function that runs every hour
async def on_one_hour(self):
await self.update_list(hour=True)
# Change a parameter of the event
async def edit_event(self, message, new_params):
incorrect = []
correct = []
for parameter in new_params.keys():
try:
self.param[parameter] = new_params[parameter]
correct.append(parameter)
except KeyError:
incorrect.append(parameter)
if len(correct) > 0:
await message.channel.send(
f"Successfully changed the parameters: {grammar_list(correct)}"
)
if len(incorrect) > 0:
await message.channel.send(
f"The following parameters are invalid: {grammar_list(incorrect)}"
)
return
def run_bpp_program(code, p_args, author):
# Pointers for tag and function organization
tag_level = 0
tag_code = []
tag_str = lambda: ' '.join([str(s) for s in tag_code])
backslashed = False # Flag for whether to unconditionally escape the next character
functions = {} # Dict flattening a tree of all functions to be evaluated
current = [
"", False
] # Raw text of what's being parsed right now + whether it's a string
output = "" # Stores the final output of the program
goto = 0 # Skip characters in evaluating the code
for ind, char in enumerate(list(code)):
normal_case = True
if ind < goto:
continue
if backslashed:
if tag_code == []:
output += char
else:
current[0] += char
backslashed = False
continue
if char == "\\":
backslashed = True
continue
if char == "[" and not current[1]:
tag_level += 1
if tag_level == 1:
try:
tag_code = [
max([int(k) for k in functions if is_whole(k)]) + 1
]
except ValueError:
tag_code = [0]
output += "{}"
found_f = ""
for f_name in FUNCTIONS.keys():
try:
if ''.join(code[ind + 1:ind + len(f_name) +
2]).upper() == f_name + " ":
found_f = f_name
goto = ind + len(f_name) + 2
except IndexError:
pass
if found_f == "":
end_of_f = min(code.find(" ", ind + 1),
code.find("]", ind + 1))
called_f = ''.join(code[ind + 1:end_of_f])
raise NameError(f"Function {called_f} does not exist")
functions[tag_str()] = [found_f]
else:
old_tag_code = tag_str()
k = 1
while old_tag_code + f" {k}" in functions.keys():
k += 1
new_tag_code = old_tag_code + f" {k}"
found_f = ""
for f_name in FUNCTIONS.keys():
try:
if ''.join(code[ind + 1:ind + len(f_name) +
2]).upper() == f_name + " ":
found_f = f_name
goto = ind + len(f_name) + 2
except IndexError:
pass
if found_f == "":
end_of_f = min(code.find(" ", ind + 1),
code.find("]", ind + 1))
called_f = ''.join(code[ind + 1:end_of_f])
raise NameError(f"Function {called_f} does not exist")
functions[new_tag_code] = [found_f]
functions[tag_str()].append((new_tag_code, ))
tag_code.append(k)
normal_case = False
if char == "]" and not current[1]:
if current[0] != "":
functions[tag_str()].append(current[0])
current = ["", False]
tag_level -= 1
normal_case = False
if char == " ":
if not current[1] and tag_level != 0:
if current[0] != "":
functions[tag_str()].append(current[0])
current = ["", False]
normal_case = False
if char in '"“”':
if current[0] == "" and not current[1]:
current[1] = True
elif current[1]:
functions[tag_str()].append(current[0])
current = ["", False]
normal_case = False
if normal_case:
if tag_level == 0: output += char
else: current[0] += char
tag_code = tag_code[:tag_level]
tag_code += [1] * (tag_level - len(tag_code))
VARIABLES = {}
base_keys = [k for k in functions if is_whole(k)]
db = Database()
type_list = [int, float, str, list]
def var_type(v):
try:
return type_list.index(type(v))
except IndexError:
raise TypeError(
f"Value {safe_cut(v)} could not be attributed to any valid data type"
)
def evaluate_result(k):
v = functions[k]
if type(v) == tuple:
k1 = v[0]
functions[k] = evaluate_result(k1)
return functions[k]
args = v[1:]
for i, a in enumerate(args):
if v[0] == "IF" and is_whole(v[1]) and int(v[1]) != 2 - i:
continue
if type(a) == tuple:
k1 = a[0]
functions[k][i + 1] = evaluate_result(k1)
args = v[1:]
result = FUNCTIONS[v[0]](*args)
# Tuples indicate special behavior necessary
if type(result) == tuple:
if result[0] == "d":
VARIABLES[args[0]] = result[1]
result = ""
elif result[0] == "v":
try:
result = VARIABLES[args[0]]
except KeyError:
raise NameError(
f"No variable by the name {safe_cut(args[0])} defined")
elif result[0] == "a":
if result[1] >= len(p_args) or -result[1] >= len(p_args) + 1:
result = ""
else:
result = p_args[result[1]]
elif result[0] == "gd":
v_name = args[0]
if (v_name, ) not in db.get_entries("b++2variables",
columns=["name"]):
v_value = express_array(result[1]) if type(
result[1]) == list else result[1]
db.add_entry(
"b++2variables",
[v_name,
str(v_value),
var_type(v_value),
str(author)])
result = ""
else:
v_list = db.get_entries("b++2variables",
columns=["name", "owner"])
v_owner = [v for v in v_list if v_name == v[0]][0][1]
if v_owner != str(author):
raise PermissionError(
f"Only the author of the {v_name} variable can edit its value ({v_owner})"
)
db.edit_entry("b++2variables",
entry={
"value": str(result[1]),
"type": var_type(result[1])
},
conditions={"name": v_name})
result = ""
elif result[0] == "gv":
v_name = args[0]
if (v_name, ) not in db.get_entries("b++2variables",
columns=["name"]):
raise NameError(
f"No global variable by the name {safe_cut(v_name)} defined"
)
v_list = db.get_entries("b++2variables",
columns=["name", "value", "type"])
v_value, v_type = [v[1:3] for v in v_list if v[0] == v_name][0]
v_value = type_list[v_type](v_value)
result = v_value
functions[k] = result
return result
for k in base_keys:
evaluate_result(k)
for k in base_keys:
if type(functions[k]) == tuple:
evaluate_result(k)
results = []
for k, v in functions.items():
if is_whole(k):
if type(v) == list: v = express_array(v)
results.append(v)
output = output.replace("{}", "\t").replace("{", "{{").replace(
"}", "}}").replace("\t", "{}")
return output.format(*results).replace("\v", "{}")
async def MAIN(message, args, level, perms):
db = Database()
if perms < 2: # Direct database viewing is staff-only
await message.channel.send("You don't have permission to run this subcommand.")
return
if level == 2: # If it's just `tc/db main`, list the tables using the get_tables() function.
table_list = db.get_tables()
table_list = [f'**{table.upper()}**' for table in table_list]
await message.channel.send(f"Here's a list of Brain Database's tables: {grammar_list(table_list)}")
return
if args[1].lower() == "add": # `tc/db main add` creates a table
if level == 2:
await message.channel.send("Include a name for the new table!")
return
if level == 3:
await message.channel.send("Include the table's columns!")
return
# I expect columns to be in the format `name-datatype name-datatype` and so on for each column.
name = args[2].lower()
columns = [x.lower().split("-") for x in args[3:]]
db.add_table(name, columns)
# Turn the `name-datatype` into `name datatype`, just for readability in the confirmation message
columns = [" ".join(x) for x in columns]
await message.channel.send(f"Table **{name.upper()}** created with columns {', '.join(columns)}")
return
if args[1].lower() == "remove": # `tc/db main remove` deletes (a.k.a. drops) a table
if level == 2:
await message.channel.send("Include the table you want to remove!")
return
name = args[2].lower()
db.remove_table(name)
await message.channel.send(f"Successfully deleted table **{name.upper()}**.")
return
if args[1].lower() == "layout": # `tc/db main layout` displays all columns and datatypes of a table
if level == 2:
await message.channel.send("Include the table you want to see the layout of!")
return
name = args[2].lower()
columns = db.get_columns(name, include_type=True)
# Make them bold, in the format `name - datatype` and with arrows
formatted = "\n> ".join([f"**{r}**" for r in [" - ".join(c) for c in columns]])
await message.channel.send(
f"Here are the colums and datatypes from the table **{name.upper()}**.\n> {formatted}")
return
if args[1].lower() == "entries": # `tc/db main entries` Displays, adds or removes entries of a table
if level == 2:
await message.channel.send("Include the table you want to see the layout of!")
return
name = args[2].lower()
get_entries = False
# args[4] is the number of entries you want to see
if level == 3: # If it's not specified, assume 10
limit = 10
get_entries = True
elif args[3].lower() == "all": # If it's "all", just go with 99999. Better safe than sorry
limit = 99999
get_entries = True
elif args[3].lower() not in ["add", "remove", "edit"]:
# If it's not a further subcommand, interpret it as a number
try:
limit = int(args[3])
except: # If it's not actually a number, just go with 10
limit = 10
get_entries = True
# If get_entries is switched to true, that means the section above was able to extrapolate a number
# from the command - meaning the user wants to see the table's entries, not add or remove them
if get_entries:
entries = db.get_entries(name, limit=limit)
# "\t".join([str(h) for h in e]) returns a single entry, with all its columns joined by tabs
# ["\t".join([str(h) for h in e]) for e in entries] returns a list of those entry strings
# `formatted` is set to all those entries together, separated by newlines and in arrow text
formatted = "\n> ".join(["\t".join([str(h) for h in e]) for e in entries])
# Gotta have correct grammar
reported_limit = 'all' if limit >= 99999 else limit
plural = 'ies' if limit != 1 else 'y'
to_send = [f"Here are {reported_limit} entr{plural} of **{name.upper()}**.\n> {formatted}"]
# Limit messages to 1950 characters at most. Cut them off if bigger. Getting any closer to 2000
# can cause errors regardless for some reason, so I try to avoid it
if len(to_send[0]) > 1950:
to_send.append(f"> {to_send[0][1947:3900]}")
to_send[0] = to_send[0][:1947] + "..."
for z in to_send:
await message.channel.send(z)
return
if args[3].lower() == "add":
# I expect arguments for this to be `value1 // value2 // value3` and so on
arguments = " ".join(args[4:]).split(" // ")
db.add_entry(name, arguments)
await message.channel.send(f"Successfully added entry to table **{name.upper()}**!")
return
if args[3].lower() == "remove":
if level == 4:
await message.channel.send("Include a search column!")
return
if level == 5 and args[4].lower() == "all": # Delete all entries in the table
await message.channel.send(f"""Are you sure you want to delete all entries in **{name.upper()}**?
Send `confirm` to transfer.""".replace("\n", "").replace("\t", ""))
# Check for the next message by the same person in the same channel
msg = await BRAIN.wait_for('message',
check=lambda m: (m.author == message.author and m.channel == message.channel))
if msg.content.lower() != "confirm": # If it's not `confirm`, cancel the command
await message.channel.send("Database command cancelled.")
return
db.remove_entry(name)
await message.channel.send(f"Successfully cleared all entries from table **{name.upper()}**!")
return
# Arguments for this should be `column // value`, as a key to determine what should be deleted
arguments = " ".join(args[4:]).split(" // ")
if len(arguments) % 2 == 1: # Odd number of arguments means one key has no value
await message.channel.send("Include a value for every updating column!")
return
conditions = {}
for z in range(int(len(arguments) / 2)):
conditions[arguments[z*2]] = arguments[z*2+1]
db.remove_entry(name, conditions)
await message.channel.send(f"Successfully deleted entries from table **{name.upper()}**!")
return
if args[3].lower() == "edit":
if level < 7: # Requires at least 3 extra args: `upd_column // upd_key`
await message.channel.send("Make sure to include the columns to update!")
return
if len(" ".join(args[4:]).split(" -> ")) == 2: # Split arguments into searching and updating
searching_arguments = " ".join(args[4:]).split(" -> ")[0].split(" // ")
updating_arguments = " ".join(args[4:]).split(" -> ")[1].split(" // ")
else:
searching_arguments = []
updating_arguments = " ".join(args[4:]).split(" // ")
if len(searching_arguments) % 2 == 1:
await message.channel.send("Include a value for every search column!")
return
if len(updating_arguments) % 2 == 1:
await message.channel.send("Include a value for every updating column!")
return
conditions = {}
for z in range(int(len(searching_arguments) / 2)):
conditions[searching_arguments[z*2]] = searching_arguments[z*2+1]
entry = {}
for z in range(int(len(updating_arguments) / 2)):
entry[updating_arguments[z*2]] = updating_arguments[z*2+1]
db.edit_entry(name, entry=entry, conditions=conditions)
await message.channel.send(f"Successfully edited entries in **{name.upper()}**!")
return
async def MAIN(message, args, level, perms, TWOW_CENTRAL, EVENT, GAME_CHANNEL):
if not isinstance(
message.channel,
discord.DMChannel) and message.channel.id != GAME_CHANNEL:
await message.channel.send(
f"MiniMiniTWOW commands can only be used in <#{GAME_CHANNEL}>!")
return
if level == 1:
await message.channel.send("Include a subcommand!")
return
# Shorten the notation for convenience
mmt = EVENT["MMT"]
if args[1].lower() == "stats":
if level == 2:
await message.channel.send(
"Include the type of stat you want to see!")
return
db = Database()
# public.mmtstats contains ids, placements in each round, and MMT wins from everyone who's participated
# in any MMT rounds so far
data = db.get_entries("mmtstats")
if len(data) == 0: # Just in case it gets reset one day
await message.channel.send("There's no data yet!")
return
leaderboard = []
if args[2].lower() == "points":
for person in data: # `person` is a table entry, (id, placements, wins)
try: # Try to find that person's username through TWOW Central
member = TWOW_CENTRAL.get_member(int(person[0])).name
if member is None:
member = person[0]
except Exception: # If you can't find them, just use the ID instead
member = person[0]
# MMT seasons are joined with tabs and MMT rounds are joined with spaces in the database
ranks = [x.split(" ") for x in person[1].split("\t")]
score = 0
rounds = 0
for twow in ranks: # For each season...
for p_round in twow: # For each placement in a round...
if p_round.strip() == "":
continue
numbers = p_round.split(
"/") # Get a list of [rank, contestantcount]
# Points adds the amount of people you beat each round
score += int(numbers[1]) - int(numbers[0])
rounds += 1 # Keep track of the round count too
leaderboard.append([member, score, rounds])
elif args[2].lower() == "wins":
for person in data:
try:
member = TWOW_CENTRAL.get_member(int(person[0])).name
if member is None:
member = person[0]
except Exception:
member = person[0]
leaderboard.append([
member, person[2]
]) # person[2] is MMT season wins, so that's all we need
elif args[2].lower() == "roundwins":
for person in data:
try:
member = TWOW_CENTRAL.get_member(int(person[0])).name
if member is None:
member = person[0]
except Exception:
member = person[0]
ranks = [x.split(" ") for x in person[1].split("\t")]
wins = 0
for twow in ranks:
for p_round in twow:
if p_round.strip() == "":
continue
numbers = p_round.split("/")
if int(numbers[0]
) == 1: # Count up for each `1` placement
wins += 1
leaderboard.append(
[member, wins]) # wins is the total number of round wins
elif args[2].lower() == "nr":
for person in data:
try:
member = TWOW_CENTRAL.get_member(int(person[0])).name
if member is None:
member = person[0]
except Exception:
member = person[0]
ranks = [x.split(" ") for x in person[1].split("\t")]
total = 0
rounds = 0
for twow in ranks:
for p_round in twow:
if p_round.strip() == "":
continue
numbers = p_round.split("/")
# Add this round's NR to the total
total += (int(numbers[1]) -
int(numbers[0])) / (int(numbers[1]) - 1)
rounds += 1
if rounds == 0:
continue
# Format those as percentage strings
average = "{:.2%}".format(total / rounds)
total = "{:.2%}".format(total)
leaderboard.append([member, total, average])
else:
return
player_count = len(leaderboard)
if args[2].lower(
) == "points": # Sort by points descending, then rounds ascending
leaderboard = sorted(leaderboard, key=lambda c: c[2])
leaderboard = sorted(leaderboard, reverse=True, key=lambda c: c[1])
if args[2].lower(
) == "nr": # Sort by total NR -- remove the percentage and convert to float first
leaderboard = sorted(leaderboard,
reverse=True,
key=lambda c: float(c[1][:-1]))
if args[2].lower() in [
"wins", "roundwins"
]: # Just sort by wins ascending. Remove people who have none
leaderboard = sorted(leaderboard, reverse=True, key=lambda c: c[1])
leaderboard = [x for x in leaderboard if x[1] != 0]
for line in range(len(
leaderboard)): # Add the rank to each line of the leaderboard
leaderboard[line] = [line + 1] + leaderboard[line]
# args[3] is the page number.
if level == 3: # If it's not specified, assume it's the first page
leaderboard = leaderboard[:10]
page = 1
elif not is_whole(
args[3]
): # If it's not a valid integer, assume it's first page also
leaderboard = leaderboard[:10]
page = 1
elif (int(args[3]) - 1) * 10 >= len(
leaderboard): # Detect if the page number is too big
await message.channel.send(
f"There is no page {args[3]} of this stat!")
return
else: # This means the user specified a valid page number
lower = (int(args[3]) - 1) * 10
upper = int(args[3]) * 10
leaderboard = leaderboard[lower:upper]
page = args[3]
# Headers for each stat
if args[2].lower() == "points":
final_message = f"```diff\n---⭐ MiniMiniTWOW Point Leaderboard Page {page} ⭐---\n\n"
final_message += " Rank | Name | Pts. | Rounds\n"
spacing = 6
if args[2].lower() == "nr":
final_message = f"```diff\n---⭐ MiniMiniTWOW Normalized Rank Leaderboard Page {page} ⭐---\n\n"
final_message += " Rank | Name | Total | Average\n"
spacing = 9
if args[2].lower() == "wins":
final_message = f"```diff\n---⭐ MiniMiniTWOW Wins Leaderboard Page {page} ⭐---\n\n"
final_message += " Rank | Name | Wins\n"
spacing = 4
if args[2].lower() == "roundwins":
final_message = f"```diff\n---⭐ MiniMiniTWOW Round Wins Leaderboard Page {page} ⭐---\n\n"
final_message += " Rank | Name | Round Wins\n"
spacing = 5
# Composition of each line of the leaderboard
for line in leaderboard:
symbol = "+" if line[0] == 1 else "-"
spaced_rank = f"{line[0]}{' ' * (4 - len(str(line[0])))}"
spaced_name = f"{line[1][:23]}{' '*(24 - len(str(line[1])))}"
spaced_points = f"{line[2]}{' '*(spacing - len(str(line[2])))}"
try: # Some stats will have two number columns...
formatted = f"{symbol} {spaced_rank}| {spaced_name}| {spaced_points}| {line[3]}\n"
except: # ...but others will have one. This try except block detects each one.
formatted = f"{symbol} {spaced_rank}| {spaced_name}| {spaced_points}\n"
final_message += formatted # Add the line to the message
final_message += "```" # Close off the code block
await message.channel.send(final_message)
return
if args[1].lower() == "end":
if not mmt.RUNNING:
await message.channel.send(
"There's no MiniMiniTWOW running right now!")
return
if message.author.id == mmt.info["GAME"][
"HOST"]: # Automatically end MMT if it's the host trying to end it
await message.channel.send(
"**The current MiniMiniTWOW has been ended by the host! The queue moves on.**"
)
mmt.force_skip()
return
if perms == 2: # Do the same if it's a staff member
await message.channel.send(
"**The current MiniMiniTWOW has been ended by staff! The queue moves on.**"
)
mmt.force_skip()
return
if mmt.info["GAME"][
"PERIOD"] == 1: # Spectator votes have to wait until post-start, though
await message.channel.send(
"You can only vote to end a MiniMiniTWOW that has already started!"
)
return
spect = len(mmt.info["SPECTATORS"]) # Number of spectators
necessary = np.ceil(
spect**(4 / 5) + 0.8
) # By the formula, the number of votes necessary to end the MMT
# If there are less than 4 spectators, you can't end an MMT by spectator vote. As such, there's not much
# reason to bother including the amount of votes necessary if necessary > spect, so include it only if
# necessary <= spect instead
nec_seg = ""
if necessary <= spect:
nec_seg = f"/{necessary}"
if message.author.id in mmt.info["GAME"]["END_VOTES"]:
# Filter the user's ID out of the list of end voters
mmt.info["GAME"]["END_VOTES"] = [
x for x in mmt.info["GAME"]["END_VOTES"]
if x != message.author.id
]
votes = len(mmt.info["GAME"]
["END_VOTES"]) # Calculate the new number of votes
await message.channel.send(
f"""🚪 {message.author.mention} removes their vote to end the MiniMiniTWOW.
There are now **{votes}{nec_seg}** votes.""")
return
mmt.info["GAME"]["END_VOTES"].append(
message.author.id) # Add user's ID to list of end votes
votes = len(
mmt.info["GAME"]["END_VOTES"]) # Calculate new number of votes
await message.channel.send(
f"""🚪 **{message.author.mention} voted to end the MiniMiniTWOW!**
There are now **{votes}{nec_seg}** votes.""")
if votes >= necessary: # If the amount of votes reaches the required...
await message.channel.send(
"""**The current MiniMiniTWOW has been ended
by public vote! The queue moves on.**""".replace("\n",
"").replace("\t", ""))
mmt.force_skip(
) # Function to skip a host, also used in Events/mmt.py
return
if args[1].lower() == "transfer":
if not mmt.RUNNING:
await message.channel.send(
"There's no MiniMiniTWOW running right now!")
return
if mmt.info["GAME"]["PERIOD"] == 0:
await message.channel.send(
"Host transfers can only occur with MiniMiniTWOWs that have been created."
)
return
if mmt.info["GAME"]["HOST"] != message.author.id:
await message.channel.send(
"Only the host can transfer the MiniMiniTWOW to someone else!")
return
if level == 2:
await message.channel.send("Choose a user to transfer it to!")
return
# You have to ping the person you wanna transfer it to
mention = args[2]
try:
user_id = int(mention[2:-1])
except:
await message.channel.send(
"Invalid user! Ping the user you want to transfer the MiniMiniTWOW to!"
)
return
# Try to find the person in TWOW Central
person = TWOW_CENTRAL.get_member(user_id)
if person is None: # If they're not in TWOW Central, they can't become the new host
await message.channel.send(
"Invalid user! Ping the user you want to transfer the MiniMiniTWOW to!"
)
return
if 'confirm' not in [
x.lower() for x in args
]: # Confirmation can be bypassed by including `confirm`
await message.channel.send(
f"""Are you sure you want to transfer the MiniMiniTWOW to **{person.name}**?
Send `confirm` to transfer.""".replace("\n", "").replace("\t", ""))
# Check for the next message by the same person in the same channel
msg = await BRAIN.wait_for(
'message',
check=lambda m:
(m.author == message.author and m.channel == message.channel))
if msg.content.lower(
) != "confirm": # If it's not `confirm`, cancel the command
await message.channel.send("Transfer command cancelled.")
return
msg_send = f"Successfully transfered host position to **{person.name}**!"
# Make the new person the host
mmt.info["GAME"]["HOST"] = user_id
# Reset the timers for host actions if necessary
if mmt.info["GAME"][
"PERIOD"] == 1 and mmt.info["GAME"]["PERIOD_START"] != 0:
mmt.info["GAME"]["PERIOD_START"] = time.time()
msg_send += f""" The timer to start the MiniMiniTWOW is reset. {mention} has {mmt.param["S_DEADLINE"]}
seconds to start it with `tc/mmt start`.""".replace("\n",
"").replace("\t", "")
if mmt.info["GAME"]["PERIOD"] == 2:
mmt.info["GAME"]["PERIOD_START"] = time.time()
msg_send += f""" The timer to set the prompt is reset. {mention} has {mmt.param["P_DEADLINE"]}
seconds to decide on the prompt with `tc/mmt prompt`.""".replace(
"\n", "").replace("\t", "")
await message.channel.send(msg_send)
return
if args[1].lower() == "queue":
if level == 2: # If it's just `tc/mmt queue`
if not mmt.RUNNING: # The event is counted as off if there's nobody in queue. To check the queue, it needs
# to be on, so being the first to join the queue will start up the event
mmt.start(TWOW_CENTRAL)
if message.author.id in mmt.info[
"HOST_QUEUE"]: # If you're already in queue, leaves the queue
mmt.info["HOST_QUEUE"] = [
x for x in mmt.info["HOST_QUEUE"] if x != message.author.id
]
await mmt.MMT_C.send(
f"🎩 <@{message.author.id}> has been removed from queue.")
return
mmt.info["HOST_QUEUE"].append(
message.author.id
) # If you're not in queue, you're added to queue
await message.channel.send(
f"🎩 <@{message.author.id}> has been added to queue at position **{len(mmt.info['HOST_QUEUE'])}**."
)
return
if args[2].lower() == "list":
if len(
mmt.info["HOST_QUEUE"]
) == 0: # If the event is not running, the host queue's length is also 0
await message.channel.send("The queue is empty!")
return
# Array I use to split the list into multiple messages if necessary
init = ["**This is the current MiniMiniTWOW hosting queue:**\n\n"]
for person in mmt.info["HOST_QUEUE"]: # `person` is an ID
member = TWOW_CENTRAL.get_member(
person) # Try to find the user
if member is None: # If you can't find the user, just use their ID and format it
member = f"`{person}`"
else: # If you found the user, use their username
member = member.name
# Define the line that's about to be added
line = f"🎩 [{mmt.info['HOST_QUEUE'].index(person) + 1}] - **{member}**\n"
# If adding this line steps over the character limit, add another string to the array
# 1950 instead of 2000 because having over 1950 can cause issues for like no reason
if len(init[-1] + line) > 1950:
line.append("")
init[-1] += line # Add the line to this new string
for z in init: # Send each of those strings as a separate message
await message.channel.send(z)
return
if args[1].lower() == "create":
if not mmt.RUNNING: # If the event isn't running
await message.channel.send(
f"There's no host to create a MiniMiniTWOW! Join the queue with `{PREFIX}mmt queue` to host!"
)
return
if mmt.info["GAME"]["PERIOD"] != 0: # If it's not time to create one
await message.channel.send(
"There's already a MiniMiniTWOW running!")
return
if message.author.id != mmt.info["GAME"]["HOST"]: # If you're not host
await message.channel.send(
"You can only create a MiniMiniTWOW if you're up on the queue!"
)
return
# Switch the period to 1 (signups)
mmt.info["GAME"]["PERIOD"] = 1
mmt.info["GAME"]["PERIOD_START"] = 0
await message.channel.send(
f"🎩 <@{message.author.id}> has created a MiniMiniTWOW! Use `{PREFIX}mmt join` to join it!"
)
return
if args[1].lower() == "spectate":
if not mmt.RUNNING: # If the event isn't running
await message.channel.send(
"There's no MiniMiniTWOW running right now!")
return
if mmt.info["GAME"][
"PERIOD"] == 0: # If `tc/mmt create` hasn't been run
await message.channel.send(
"You can only spectate a MiniMiniTWOW that has been created!")
return
if message.author.id in mmt.info[
"SPECTATORS"]: # If you're a spectator...
# ...You're removed from the list of spectators
mmt.info["SPECTATORS"] = [
x for x in mmt.info["SPECTATORS"] if x != message.author.id
]
await mmt.MMT_C.send(
f"👁️ <@{message.author.id}> is no longer spectating.")
return
mmt.info["SPECTATORS"].append(
message.author.id) # Adds user to the list of spectators
await mmt.MMT_C.send(
f"""👁️ <@{message.author.id}> is now spectating, and will receive voting screens
for future rounds.""".replace("\n", "").replace("\t", ""))
return
if args[1].lower() == "join":
if not mmt.RUNNING: # If the event is not running
await message.channel.send(
"There's no MiniMiniTWOW running right now!")
return
if mmt.info["GAME"]["PERIOD"] != 1: # If it's not signup period
await message.channel.send(
"You can only join the MiniMiniTWOW if it's in signups!")
return
if message.author.id in mmt.info[
"PLAYERS"]: # If you're already a player
# Remove you both from the player list and the spectator list
mmt.info["PLAYERS"] = [
x for x in mmt.info["PLAYERS"] if x != message.author.id
]
mmt.info["SPECTATORS"] = [
x for x in mmt.info["SPECTATORS"] if x != message.author.id
]
await mmt.MMT_C.send(
f"🏁 <@{message.author.id}> left the MiniMiniTWOW. Our player count is {len(mmt.info['PLAYERS'])}."
)
if len(
mmt.info['PLAYERS']
) == 1: # The timer is cancelled if there's no longer 2 players
await mmt.MMT_C.send(
"🏁 We no longer have two players. The three minute start timer is now reset."
)
return
mmt.info["PLAYERS"].append(message.author.id) # Adds user as a player
if message.author.id not in mmt.info["SPECTATORS"]:
mmt.info["SPECTATORS"].append(
message.author.id
) # And a spectator, if they're not already one
await mmt.MMT_C.send(
f"🏁 **<@{message.author.id}> joined the MiniMiniTWOW!** Our player count is now {len(mmt.info['PLAYERS'])}!"
)
if len(mmt.info['PLAYERS']
) == 2: # If there are two players, the signup timer begins
await mmt.MMT_C.send(
f"""🏁 We have two players! <@{mmt.info["GAME"]["HOST"]}> has three minutes
to start the MiniMiniTWOW with `{PREFIX}mmt start`.""".replace(
"\n", "").replace("\t", ""))
mmt.info["GAME"]["PERIOD_START"] = time.time()
return
if args[1].lower() == "start":
if not mmt.RUNNING: # If the event isn't running
await message.channel.send(
"There's no MiniMiniTWOW running right now!")
return
if mmt.info["GAME"]["PERIOD"] != 1: # If it's not signup period
await message.channel.send(
"You can only start a MiniMiniTWOW if it's in signups!")
return
if message.author.id != mmt.info["GAME"]["HOST"]: # If user isn't host
await message.channel.send(
"Only the host can start a MiniMiniTWOW!")
return
if len(mmt.info["PLAYERS"]) < 2: # If there aren't two contestants
await message.channel.send(
"You need at least two contestants to start a MiniMiniTWOW!")
return
# Set it to round 1 with period 2 (prompt deciding)
mmt.info["GAME"]["ROUND"] = 1
mmt.info["GAME"]["PERIOD"] = 2
mmt.info["GAME"]["PERIOD_START"] = time.time()
await mmt.MMT_C.send(
f"""🏁 <@{message.author.id}> has started the MiniMiniTWOW with
{len(mmt.info["PLAYERS"])} contestants. Nobody can sign up anymore.""".
replace("\n", "").replace("\t", ""))
return
if args[1].lower() == "prompt":
if not mmt.RUNNING: # If the event isn't running
await message.channel.send(
"There's no MiniMiniTWOW running right now!")
return
if mmt.info["GAME"][
"PERIOD"] != 2: # If it's not prompt decision period
await message.channel.send(
"You can only set a prompt inbetween rounds!")
return
if message.author.id != mmt.info["GAME"]["HOST"]: # If user isn't host
await message.channel.send("Only the host can set a prompt!")
return
if level == 2:
await message.channel.send("You need to include a prompt!")
return
# Remove formatting and characters that might cause errors
prompt = " ".join(args[2:]).replace("`",
"").replace("\t",
"").replace("\n", "")
if len(prompt) > 200:
await message.channel.send(
"That prompt is too long! It must be 200 characters at most.")
return
# Switch to responding period, set the rpompt, prepare the responses array
mmt.info["GAME"]["PERIOD"] = 3
mmt.info["GAME"]["PERIOD_START"] = time.time()
mmt.info["GAME"]["PROMPT"] = prompt
mmt.info["RESPONSES"] = [""] * len(mmt.info["PLAYERS"])
await mmt.MMT_C.send(
f"""📝 **Round {mmt.info["GAME"]["ROUND"]} Responding** has started! The prompt is:
```{prompt}```
Our contestants have {mmt.param["R_DEADLINE"]} seconds to respond to it.""".
replace("\n", "").replace("\t", ""))
for player in mmt.info["PLAYERS"]:
try: # DM everyone the prompt
await TWOW_CENTRAL.get_member(player).send(f"""
📝 **Round {mmt.info["GAME"]["ROUND"]} Responding** has started! The prompt is:
```{prompt}```
You must respond in {mmt.param["R_DEADLINE"]} seconds using `{PREFIX}mmt respond`!
""".replace("\n", "").replace("\t", ""))
except Exception: # If something goes wrong, skip the person
pass
return
if args[1].lower() == "respond":
if not isinstance(message.channel, discord.DMChannel): # If not in DMs
await mmt.MMT_C.send("This command can only be used in DMs!")
return
if not mmt.RUNNING: # If event isn't running
await message.channel.send(
"There's no MiniMiniTWOW running right now!")
return
if mmt.info["GAME"]["PERIOD"] != 3: # If it's not submission period
await message.channel.send(
"You can only respond during a submission period!")
return
if message.author.id not in mmt.info[
"PLAYERS"]: # If you're not a player
await message.channel.send("Only alive contestants can respond!")
return
if level == 2:
await message.channel.send("You need to include a response!")
return
# Run the formatting_fix function, remove characters that might cause issues and strip unnecessary whitespace
response = formatting_fix(" ".join(args[2:]).replace("`", "").replace(
"\t", "").replace("\n", "")).strip()
if len(response) > 120: # Too long
await message.channel.send(
"Your response is too long! It must be 120 characters at most."
)
return
if len(response) == 0: # Literally empty
await message.channel.send(
"Your response evaluates to an empty string.")
return
ind = mmt.info["PLAYERS"].index(
message.author.id) # Index of the user in the players array
new = not mmt.info["RESPONSES"][
ind] == "" # Detects if this is a new response or an edit
while response in mmt.info[
"RESPONSES"]: # If this response has already been submitted...
response += "\u200b" # ...distinguish between them by adding a zero-width space to the end of one
# Keep doing so until it's unique (in the case there's more than two identical entries)
mmt.info["RESPONSES"][
ind] = response # Set the response to the one submitted
await message.channel.send(
f"""Your {'new ' if new else ''}response to the prompt has been recorded as:
```{response}```> **Word count:** {word_count(response)}""".replace(
"\n", "").replace("\t", ""))
return
if args[1].lower() == "vote":
if not isinstance(message.channel, discord.DMChannel): # If not in DMs
await mmt.MMT_C.send("This command can only be used in DMs!")
return
if not mmt.RUNNING: # If event isn't running
await message.channel.send(
"There's no MiniMiniTWOW running right now!")
return
if message.author.id not in mmt.info["VOTES"][
"ID"]: # If you didn't receive a voting screen
await message.channel.send(
"You can only vote if you received a voting screen!")
return
if mmt.info["GAME"]["PERIOD"] != 4: # If it's not voting period
await message.channel.send(
"You can only vote during a voting period!")
return
if level == 2:
await message.channel.send("You need to include a vote!")
return
vote = args[2].upper() # Always convert vote to uppercase
ind = mmt.info["VOTES"]["ID"].index(
message.author.id) # Index of user in the votes arrays
screen = mmt.info["VOTES"]["RESP"][
ind] # Check the screen the user received
# The screen has `n` responses, so the vote should be composed of the first `n` letters of the alphabet
# Otherwise, it's invalid
if sorted(list(vote)) != sorted(list(ALPHABET[:len(screen)])):
await message.channel.send(
"""Your vote is invalid. Make sure you're not missing or repeating any letters,
or including any invalid characters.""".replace("\n", "").replace("\n", ""))
return
# Instantly convert the vote to the score it'll give to each response
parsed_vote = []
for z in range(len(vote)):
score = (len(vote) - 1 - vote.find(ALPHABET[z])) / (len(vote) - 1)
parsed_vote.append(str(score))
new = not mmt.info["VOTES"]["VOTE"][
ind] == "" # Detect if the vote is new or an edit
mmt.info["VOTES"]["VOTE"][ind] = " ".join(
parsed_vote) # Join the list of values and record it
# Display the vote back as the letters
await message.channel.send(
f"""Your {'new ' if new else ''}vote has been recorded as:
```{vote}```""".replace("\n", "").replace("\t", ""))
return