class Bot:
def __init__(self, config):
self.config = config
self.irc = Irc(config)
self.game = Game()
def run(self):
last_start = time.time()
while True:
new_messages = self.irc.recv_messages(1024)
if new_messages:
for message in new_messages:
button = message['message'].lower()
username = message['username']
if not self.game.is_valid_button(button):
continue
if self.config['start_throttle']['enabled'] and button == 'start':
if time.time() - last_start < self.config['start_throttle']['time']:
continue
pbutton(username, button)
self.game.push_button(button)
if button == 'start':
last_start = time.time()
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.stats = Stats()
if self.config['features']['gui_stats']:
self.GUI = GUI(self)
def run(self):
throttle_timers = {
button: 0
for button in config['throttled_buttons'].keys()
}
while True:
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
if not self.game.is_valid_button(button):
continue
if button in self.config['throttled_buttons']:
if (time.time() - throttle_timers[button] <
self.config['throttled_buttons'][button]):
continue
throttle_timers[button] = time.time()
if not self.game.is_political(button):
if (self.config['features']['play_game'] and not button
in self.config['misc']['blocked_buttons']):
self.game.push_button(button)
self.stats.tally_message(username, message['message'])
if self.config['features']['stats_on']:
if self.config['features']['gui_stats']:
self.GUI.run()
if self.config['features']['console_stats']:
pframe(self.stats)
elif self.config['features']['pbutton_on']:
pbutton(self.stats.message_buffer)
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.stats = Stats()
if self.config['features']['gui_stats']:
self.GUI = GUI(self)
def run(self):
throttle_timers = {button:0 for button in config['throttled_buttons'].keys()}
while True:
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
if not self.game.is_valid_button(button):
continue
if button in self.config['throttled_buttons']:
if (time.time() - throttle_timers[button] <
self.config['throttled_buttons'][button]):
continue
throttle_timers[button] = time.time()
if not self.game.is_political(button):
if (self.config['features']['play_game'] and
not button in self.config['misc']['blocked_buttons']):
self.game.push_button(button)
self.stats.tally_message(username, message['message'])
if self.config['features']['stats_on']:
if self.config['features']['gui_stats']:
self.GUI.run()
if self.config['features']['console_stats']:
pframe(self.stats)
elif self.config['features']['pbutton_on']:
pbutton(self.stats.message_buffer)
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.message_buffer = [{
'username': '',
'button': ''
}] * self.config['misc']['chat_height']
def set_message_buffer(self, message):
self.message_buffer.insert(self.config['misc']['chat_height'] - 1,
message)
self.message_buffer.pop(0)
def run(self):
throttle_timers = {
button: 0
for button in config['throttled_buttons'].keys()
}
while True:
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
if not self.game.is_valid_button(button):
continue
if button in self.config['throttled_buttons']:
if time.time() - throttle_timers[button] < self.config[
'throttled_buttons'][button]:
continue
throttle_timers[button] = time.time()
self.set_message_buffer({
'username': username,
'button': button
})
pbutton(self.message_buffer)
self.game.push_button(button)
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.message_buffer = [{'username': '', 'button': ''}] * 10
def set_message_buffer(self, message):
chat_height = 10
self.message_buffer.insert(chat_height - 1, message)
self.message_buffer.pop(0)
def run(self):
last_start = time.time()
while True:
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
if not self.game.is_valid_button(button):
continue
print button
if self.config['start_throttle']['enabled'] and button == 'start':
if time.time() - last_start < self.config['start_throttle']['time']:
continue
if button == 'start':
last_start = time.time()
self.set_message_buffer({'username': username, 'button': button})
pbutton(self.message_buffer)
self.game.push_button(button)
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.message_buffer = [{'username': '', 'button': ''}] * self.config['misc']['chat_height']
def set_message_buffer(self, message):
self.message_buffer.insert(self.config['misc']['chat_height'] - 1, message)
self.message_buffer.pop(0)
def run(self):
throttle_timers = {button:0 for button in config['throttled_buttons'].keys()}
while True:
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
if not self.game.is_valid_button(button):
continue
if button in self.config['throttled_buttons']:
if time.time() - throttle_timers[button] < self.config['throttled_buttons'][button]:
continue
throttle_timers[button] = time.time()
self.set_message_buffer({'username': username, 'button': button})
pbutton(self.message_buffer)
self.game.push_button(button)
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
def run(self):
throttle_timers = {button: 0 for button
in config['throttled_buttons'].keys()}
i = 0
while True:
t1 = datetime.datetime.now()
i += 1
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
text_list = []
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
d_time = datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S")
if button in self.config['throttled_buttons']:
if (time.time() - throttle_timers[button]
< self.config['throttled_buttons'][button]):
continue
throttle_timers[button] = time.time()
print d_time, username, button
if i == 1000:
output = open(t1.strftime("%Y%m%d%H%M%S") + ".log", "wb")
for post in text_list:
output.write("%s <%s> %s \n"
% (post[0], post[1], post[2]))
i = 0
text_list = []
output.close()
class Bot:
voteLength = 5 #Number of votes to show
bufferLength = 5 #Number of recent commands to show
commandDisplayLength = 21 #max number of characters visible on command screen
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.extConfig = configparser.ConfigParser()
self.message_buffer = deque(
' ', self.bufferLength
) #deque happens to be marginally more convenient for this
self.curQueue = comQueue(
) #Based on Queue object, and therefore threadsafe
self.daQueue = demAnQueue(
) #Based on deque object, and therefore threadsafe
self.queueStatus = "Nominal"
self.lastButton = ""
self.voteCount = {}
self.lastPushed = ""
self.voteItems = self.voteCount.items(
) #Dynamically changing list in python 3 that keeps up with voteCount
self.democracy = False #Anarchy is default on.
self.game.democracy = self.democracy #Command processor needs this information due to slightly different processing in democracy vs. anarchy
self.lastConfigTime = time.time() #Timer on config file updates
self.configUpdateFreq = 60 #config file updates every 60 seconds
###DEFAULT VALUES (should be overwritten by readConfigText() at the end###
self.botConfig = {'votetime': 20, 'checktime': 0.1, 'votethresh': 75}
###END DEFAULT VALUES###
self.readConfigText(
) #read in config file (after all possible object initializations)
self.daQueue.updateQueue(
) #It's poor form that I have to do this, but it's cleanest
def readConfigText(
self
): #the operations performed are threadsafe (attributes changed are either only ever changed here, or changed in one atomic operation)
try:
self.extConfig.read(
self.config['configPath']
) #Note that nothing from extConfig is directly accessed by any other function. This function is paranoid about it anyway...
except:
return #In case of read fail of some sort. In principle, this should throw a warning, but for the stream I don't want errors going to stdout, and it will not matter unless I try to edit the .ini and it somehow causes a permanent failure of the read (i.e. I messed up the formatting). By design, the stream will continue to run based on the old configuration; hopefully I will notice that the changes are not taking effect. Best practice would be to output the causative error to a log file; that can be implemented later if necessary
tempkeymap = dict(self.extConfig['Keymap'])
for sub in tempkeymap.keys():
tempkeymap[sub] = int(tempkeymap[sub],
16) #convert from the hex to integer
self.game.keymap = tempkeymap #Note that the operations above are performed separately before being placed in the self object; this is for threadsafeness. This is an atomic operation.
self.game.macros = dict(
self.extConfig['Macros']
) #this is okay because it doesn't get changed after this. This is an atomic operation.
tempbotconfig = self.extConfig['Bot']
self.botConfig = self.configInferType(
tempbotconfig
) #Note that the operations above are performed separately before being placed in the self object; this is for threadsafeness. This is an atomic operation.
tempgameconfig = self.extConfig['Game']
self.game.gameConfig = self.configInferType(
tempgameconfig
) #Note that the operations above are performed separately before being placed in the self object; this is for threadsafeness. This is an atomic operation.
tempdemanqueueconfig = self.extConfig['demAnQueue']
self.daQueue.demAnQueueConfig = self.configInferType(
tempdemanqueueconfig
) #Note that the operations above are performed separately before being placed in the self object; this is for threadsafeness. This is an atomic operation.
def configInferType(
self, inconfig
): #convenience function for type conversion based on first character of variable name
#indict is the source ConfigParser object, outdict is the output dictionary which will get keys that are stripped of the first character, which signals type
outdict = {}
for sub in inconfig.keys():
if sub.startswith(
'f'
): #Personal Note: I finally understand why the civ 5 XML files are the way there are....
outdict[sub[1:]] = inconfig.getfloat(
sub) #in python, dictionaries are a mutable type
elif sub.startswith('i'):
outdict[sub[1:]] = inconfig.getint(sub)
elif sub.startswith('b'):
outdict[sub[1:]] = inconfig.getboolean(sub)
return outdict
def update_message_buffer(self, message):
self.message_buffer.appendleft(
message
) #deque maximum length now takes care of the below functionality
#if len(self.message_buffer)>self.bufferLength:
#self.message_buffer.pop(0)
def update_message(self, timeleft):
system('cls')
demvoteper = round(
self.daQueue.demVotePerc
) #minimizing the number of times this attribute gets read, in case it changes midway
if self.democracy:
votes = self.sortVote(
) #It's inefficient to do this every time, yes, but the alternative is to implement a custom sorted value hashmap, and I hope that's not necessary...
print('\n\n')
print('Democracy: ' + str(demvoteper) + '%\nAnarchy: ' +
str(100 - demvoteper) + '%\n\nDemocracy!\nTime Remaining: ' +
str(int(timeleft)) + ' s\nLast Pushed: ' + self.lastPushed +
'\n')
if votes:
print('Top Votes:\n')
for y in votes[0:min(len(votes), self.voteLength
)]: #show at most 5 votes
print(str(y[1]) + " " + y[0])
print('\n')
for y in self.message_buffer:
print(y)
else:
print('\n\n')
print('Democracy: ' + str(demvoteper) + '%\nAnarchy: ' +
str(100 - demvoteper) + '%\n\nAnarchy!\n')
for y in self.message_buffer:
print(y)
def commandQueue(self):
while True:
#update config file if necessary...see readConfigText regarding threadsafeness
if time.time() - self.lastConfigTime > self.configUpdateFreq:
self.readConfigText() #Only place this should ever get called
self.lastConfigTime = time.time()
#Toggles Anarchy/Democracy state
self.daQueue.updateQueue()
demvoteper = self.daQueue.demVotePerc #minimizing the number of times this attribute gets read (though it should only ever get changed by updateQueue() anyway
if self.democracy and demvoteper < 100 - self.botConfig[
'votethresh']: #Note that the attribute changes here are all atomic operations and threadsafe
self.democracy = False
self.game.democracy = False
elif not self.democracy and demvoteper > self.botConfig[
'votethresh']:
self.democracy = True
self.game.democracy = True
if self.democracy: #this is Democracy
lastvotetime = time.time()
self.queueStatus = "Adding Votes"
while time.time() - lastvotetime < self.botConfig[
'votetime']: #collect commands for votetime seconds
self.daQueue.updateQueue()
self.update_message(self.botConfig['votetime'] -
time.time() + lastvotetime)
comList, userList = self.curQueue.getCom()
self.lastButton = comList
timetaken = time.time()
index = 0
for button in comList:
username = userList[index]
index += 1
self.queueStatus = "Adding Votes"
self.addVote(button)
userLength = self.commandDisplayLength - len(
button) - 2
printusername = username
if len(username) > userLength:
printusername = username[0:userLength - 3] + '...'
self.update_message_buffer(printusername + ': ' +
button)
#pbutton(self.message_buffer)
if time.time() - timetaken < self.botConfig[
'checktime']: #don't check more frequently than once every 0.1
self.queueStatus = "Sleeping"
time.sleep(self.botConfig['checktime'])
self.queueStatus = "Running Command"
vote = self.topVote(
) #running the command after votetime seconds
if vote:
self.lastPushed = vote
words = vote.split(
"+"
) #input-time check should have already made sure it's a valid command
for y in words:
try:
self.game.push_button(y)
except:
time.sleep(
0.01
) #this is just to fill this catch block. It's bad, yes.
time.sleep(.15)
self.clearVote()
self.update_message(0)
else: #this is Anarchy
self.queueStatus = "Pushing buttons"
self.update_message(0)
comList, userList = self.curQueue.getCom()
self.lastButton = comList
timetaken = time.time()
index = 0
for button in comList:
username = userList[index]
index += 1
words = button.split(
"+"
) #input-time check should have already made sure it's a valid command
for y in words:
if y in self.config['throttled_buttons']:
if time.time() - throttle_timers[y] < self.config[
'throttled_buttons'][y]:
continue
throttle_timers[y] = time.time()
try: #Just in case of weird edge case
self.game.push_button(y)
except:
time.sleep(
0.01
) #this is just to fill this catch block. It's bad, yes.
time.sleep(
.05) #Anarchy is a bit more jumpy than Democracy
userLength = self.commandDisplayLength - len(button) - 2
printusername = username
if len(username) > userLength:
printusername = username[0:userLength - 3] + '...'
self.update_message_buffer(printusername + ': ' + button)
if time.time() - timetaken < self.botConfig[
'checktime']: #don't check more frequently than once every 0.1
self.queueStatus = "Sleeping"
time.sleep(self.botConfig['checktime'])
def addVote(self, vote):
if vote in self.voteCount:
self.voteCount[vote] = self.voteCount[vote] + 1
else:
self.voteCount[vote] = 1
def topVote(self): #Gets top vote, applying rng to choose among ties
top = [
k for k, v in self.voteItems if v == max(self.voteCount.values())
]
if not top:
return None
return random.choice(top)
def sortVote(self):
sortedItems = sorted(
self.voteItems, key=lambda tup: tup[1],
reverse=True) #sort using the values, biggest to smallest
return sortedItems
def clearVote(self):
self.voteCount.clear()
def run(self):
#print("New Version!")
throttle_timers = {
button: 0
for button in config['throttled_buttons'].keys()
}
t = threading.Thread(target=self.commandQueue, args=())
t.daemon = True
t.start()
while True: #For threadsafeness see discussion at the top of this file
#print(self.queueStatus)
#print(self.lastButton)
#print(self.curQueue.getStatus())
#print("Checking for new messages")
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
words = button.split(" ") #basic input cleanup
button = words[0]
#Anarchy/Democracy vote
if button == 'democracy':
self.daQueue.addVote(
1) #No update to try to make this as fast as possible
elif button == 'anarchy':
self.daQueue.addVote(0)
if not self.game.is_valid_command(button):
continue
#print("Adding command")
self.curQueue.addCom([button, username])
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.botOn = True
self.message_buffer = [{'username': '', 'button': ''}] * self.config['misc']['chat_height']
def set_message_buffer(self, message):
self.message_buffer.insert(self.config['misc']['chat_height'] - 1, message)
self.message_buffer.pop(0)
def run(self):
throttle_timers = {button:0 for button in config['throttled_buttons'].keys()}
while True:
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
#Turns off the bot with one of your commands
if username == 'YOUR USERNAME GOES HERE':
if button == 'YOUR INPUT SHUTOFF MESSAGE HERE':
self.botOn = False
#Turns on the bot with one of your commands
if username == 'YOUR USERNAME GOES HERE':
if button == 'YOUR INPUT TURNON MESSAGE HERE':
self.botOn = True
#Helper for writing actionable data to csv
if button in self.game.keymap.keys():
actionable = 1
else:
actionable = 0
#Helper for writing is Bot Active data to csv
if self.botOn == True:
chatActionsOn = 1
else:
chatActionsOn = 0
#Creates an array of data to write to csv
chat_data_array = [username, time.time(), button, actionable , chatActionsOn]
#Writes a message to the csv that tracks chat data
with open('chat_data.csv', 'a+') as chatData:
writer = csv.writer(chatData)
writer.writerow(chat_data_array)
#If the Bot is on, then it outputs the appropriate action.
#If the Bot is off, continues to gen the input feed but does not execute an action
if self.botOn == True:
if not self.game.is_valid_button(button):
continue
if button in self.config['throttled_buttons']:
if time.time() - throttle_timers[button] < self.config['throttled_buttons'][button]:
continue
throttle_timers[button] = time.time()
self.set_message_buffer({'username': username, 'button': button})
pbutton(self.message_buffer) #This is a console output function. It outputs the log of inputs from chat
self.game.push_button(button)
else:
self.set_message_buffer({'username': username, 'button': button})
pbutton(self.message_buffer)
class Bot:
voteLength=5 #Number of votes to show
bufferLength=5 #Number of recent commands to show
commandDisplayLength=21 #max number of characters visible on command screen
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.extConfig=configparser.ConfigParser()
self.message_buffer = deque(' ',self.bufferLength) #deque happens to be marginally more convenient for this
self.curQueue=comQueue() #Based on Queue object, and therefore threadsafe
self.daQueue=demAnQueue() #Based on deque object, and therefore threadsafe
self.queueStatus="Nominal"
self.lastButton=""
self.voteCount={}
self.lastPushed=""
self.voteItems=self.voteCount.items() #Dynamically changing list in python 3 that keeps up with voteCount
self.democracy=False #Anarchy is default on.
self.game.democracy=self.democracy #Command processor needs this information due to slightly different processing in democracy vs. anarchy
self.lastConfigTime=time.time() #Timer on config file updates
self.configUpdateFreq=60 #config file updates every 60 seconds
###DEFAULT VALUES (should be overwritten by readConfigText() at the end###
self.botConfig={'votetime':20,
'checktime':0.1,
'votethresh':75}
###END DEFAULT VALUES###
self.readConfigText() #read in config file (after all possible object initializations)
self.daQueue.updateQueue() #It's poor form that I have to do this, but it's cleanest
def readConfigText(self): #the operations performed are threadsafe (attributes changed are either only ever changed here, or changed in one atomic operation)
try:
self.extConfig.read(self.config['configPath']) #Note that nothing from extConfig is directly accessed by any other function. This function is paranoid about it anyway...
except:
return #In case of read fail of some sort. In principle, this should throw a warning, but for the stream I don't want errors going to stdout, and it will not matter unless I try to edit the .ini and it somehow causes a permanent failure of the read (i.e. I messed up the formatting). By design, the stream will continue to run based on the old configuration; hopefully I will notice that the changes are not taking effect. Best practice would be to output the causative error to a log file; that can be implemented later if necessary
tempkeymap=dict(self.extConfig['Keymap'])
for sub in tempkeymap.keys():
tempkeymap[sub] = int(tempkeymap[sub],16) #convert from the hex to integer
self.game.keymap=tempkeymap #Note that the operations above are performed separately before being placed in the self object; this is for threadsafeness. This is an atomic operation.
self.game.macros=dict(self.extConfig['Macros']) #this is okay because it doesn't get changed after this. This is an atomic operation.
tempbotconfig=self.extConfig['Bot']
self.botConfig=self.configInferType(tempbotconfig) #Note that the operations above are performed separately before being placed in the self object; this is for threadsafeness. This is an atomic operation.
tempgameconfig=self.extConfig['Game']
self.game.gameConfig=self.configInferType(tempgameconfig) #Note that the operations above are performed separately before being placed in the self object; this is for threadsafeness. This is an atomic operation.
tempdemanqueueconfig=self.extConfig['demAnQueue']
self.daQueue.demAnQueueConfig=self.configInferType(tempdemanqueueconfig) #Note that the operations above are performed separately before being placed in the self object; this is for threadsafeness. This is an atomic operation.
def configInferType(self,inconfig): #convenience function for type conversion based on first character of variable name
#indict is the source ConfigParser object, outdict is the output dictionary which will get keys that are stripped of the first character, which signals type
outdict={}
for sub in inconfig.keys():
if sub.startswith('f'): #Personal Note: I finally understand why the civ 5 XML files are the way there are....
outdict[sub[1:]]=inconfig.getfloat(sub) #in python, dictionaries are a mutable type
elif sub.startswith('i'):
outdict[sub[1:]]=inconfig.getint(sub)
elif sub.startswith('b'):
outdict[sub[1:]]=inconfig.getboolean(sub)
return outdict
def update_message_buffer(self, message):
self.message_buffer.appendleft(message) #deque maximum length now takes care of the below functionality
#if len(self.message_buffer)>self.bufferLength:
#self.message_buffer.pop(0)
def update_message(self,timeleft):
system('cls')
demvoteper=round(self.daQueue.demVotePerc) #minimizing the number of times this attribute gets read, in case it changes midway
if self.democracy:
votes=self.sortVote() #It's inefficient to do this every time, yes, but the alternative is to implement a custom sorted value hashmap, and I hope that's not necessary...
print ('\n\n')
print ('Democracy: '+str(demvoteper)+'%\nAnarchy: '+str(100-demvoteper)+'%\n\nDemocracy!\nTime Remaining: '+str(int(timeleft))+' s\nLast Pushed: '+self.lastPushed+'\n')
if votes:
print ('Top Votes:\n')
for y in votes[0:min(len(votes),self.voteLength)]: #show at most 5 votes
print (str(y[1])+" "+y[0])
print ('\n')
for y in self.message_buffer:
print (y)
else:
print ('\n\n')
print ('Democracy: '+str(demvoteper)+'%\nAnarchy: '+str(100-demvoteper)+'%\n\nAnarchy!\n')
for y in self.message_buffer:
print (y)
def commandQueue(self):
while True:
#update config file if necessary...see readConfigText regarding threadsafeness
if time.time()-self.lastConfigTime>self.configUpdateFreq:
self.readConfigText() #Only place this should ever get called
self.lastConfigTime=time.time()
#Toggles Anarchy/Democracy state
self.daQueue.updateQueue()
demvoteper=self.daQueue.demVotePerc #minimizing the number of times this attribute gets read (though it should only ever get changed by updateQueue() anyway
if self.democracy and demvoteper<100-self.botConfig['votethresh']: #Note that the attribute changes here are all atomic operations and threadsafe
self.democracy=False
self.game.democracy=False
elif not self.democracy and demvoteper>self.botConfig['votethresh']:
self.democracy=True
self.game.democracy=True
if self.democracy: #this is Democracy
lastvotetime=time.time()
self.queueStatus="Adding Votes"
while time.time()-lastvotetime<self.botConfig['votetime']: #collect commands for votetime seconds
self.daQueue.updateQueue()
self.update_message(self.botConfig['votetime']-time.time()+lastvotetime)
comList,userList=self.curQueue.getCom()
self.lastButton=comList
timetaken=time.time()
index=0;
for button in comList:
username=userList[index]
index +=1
self.queueStatus="Adding Votes"
self.addVote(button)
userLength=self.commandDisplayLength-len(button)-2
printusername=username
if len(username)>userLength:
printusername=username[0:userLength-3]+'...'
self.update_message_buffer(printusername+': '+button)
#pbutton(self.message_buffer)
if time.time()-timetaken<self.botConfig['checktime']: #don't check more frequently than once every 0.1
self.queueStatus="Sleeping"
time.sleep(self.botConfig['checktime'])
self.queueStatus="Running Command"
vote=self.topVote() #running the command after votetime seconds
if vote:
self.lastPushed=vote
words=vote.split("+") #input-time check should have already made sure it's a valid command
for y in words:
try:
self.game.push_button(y)
except:
time.sleep(0.01) #this is just to fill this catch block. It's bad, yes.
time.sleep(.15)
self.clearVote()
self.update_message(0)
else: #this is Anarchy
self.queueStatus="Pushing buttons"
self.update_message(0)
comList,userList=self.curQueue.getCom()
self.lastButton=comList
timetaken=time.time()
index=0;
for button in comList:
username=userList[index]
index +=1
words=button.split("+") #input-time check should have already made sure it's a valid command
for y in words:
if y in self.config['throttled_buttons']:
if time.time() - throttle_timers[y] < self.config['throttled_buttons'][y]:
continue
throttle_timers[y] = time.time()
try: #Just in case of weird edge case
self.game.push_button(y)
except:
time.sleep(0.01) #this is just to fill this catch block. It's bad, yes.
time.sleep(.05) #Anarchy is a bit more jumpy than Democracy
userLength=self.commandDisplayLength-len(button)-2
printusername=username
if len(username)>userLength:
printusername=username[0:userLength-3]+'...'
self.update_message_buffer(printusername+': '+button)
if time.time()-timetaken<self.botConfig['checktime']: #don't check more frequently than once every 0.1
self.queueStatus="Sleeping"
time.sleep(self.botConfig['checktime'])
def addVote(self,vote):
if vote in self.voteCount:
self.voteCount[vote]=self.voteCount[vote]+1
else:
self.voteCount[vote]=1
def topVote(self): #Gets top vote, applying rng to choose among ties
top=[k for k,v in self.voteItems if v == max(self.voteCount.values())]
if not top:
return None
return random.choice(top)
def sortVote(self):
sortedItems=sorted(self.voteItems,key=lambda tup: tup[1], reverse=True) #sort using the values, biggest to smallest
return sortedItems
def clearVote(self):
self.voteCount.clear()
def run(self):
#print("New Version!")
throttle_timers = {button:0 for button in config['throttled_buttons'].keys()}
t=threading.Thread(target=self.commandQueue, args=())
t.daemon=True
t.start()
while True: #For threadsafeness see discussion at the top of this file
#print(self.queueStatus)
#print(self.lastButton)
#print(self.curQueue.getStatus())
#print("Checking for new messages")
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
words = button.split(" ") #basic input cleanup
button=words[0]
#Anarchy/Democracy vote
if button=='democracy':
self.daQueue.addVote(1) #No update to try to make this as fast as possible
elif button=='anarchy':
self.daQueue.addVote(0)
if not self.game.is_valid_command(button):
continue
#print("Adding command")
self.curQueue.addCom([button,username])
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
self.game = Game()
self.message_buffer = []
self.scrolling_chat = []
self.chat_buffer = []
self.game_tracker = [0,0,0,0,0,0,0,0,0]
self.windowSurface = pygame.display.set_mode((1300,800), 0, 32)
self.BLACK = (0,0,0)
self.WHITE = (255,255,255)
self.start = time.clock()
self.game_timer = 0
self.old_time = 0;
self.xwins = 0
self.owins = 0
self.cats_games = 0
self.games = 0
self.who_starts = 0
self.whos_move = 0
self.suspend = 0
self.winner = False
self.is_cats = False
self.music = pygame.mixer.Sound('music_loop.wav')
self.basicFont = pygame.font.SysFont(None, 36)
def reset_message_buffer(self):
self.message_buffer = []
def draw_x1(self):
pygame.draw.line(self.windowSurface, self.WHITE, (180,180), (266,266), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (180,266), (266,180), 4)
def draw_x2(self):
pygame.draw.line(self.windowSurface, self.WHITE, (334,180), (420,266), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (334,266), (420,180), 4)
def draw_x3(self):
pygame.draw.line(self.windowSurface, self.WHITE, (488,180), (574,266), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (488,266), (574,180), 4)
def draw_x4(self):
pygame.draw.line(self.windowSurface, self.WHITE, (180,334), (266,420), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (180,420), (266,334), 4)
def draw_x5(self):
pygame.draw.line(self.windowSurface, self.WHITE, (334,334), (420,420), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (334,420), (420,334), 4)
def draw_x6(self):
pygame.draw.line(self.windowSurface, self.WHITE, (488,334), (574,420), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (488,420), (574,334), 4)
def draw_x7(self):
pygame.draw.line(self.windowSurface, self.WHITE, (180,488), (266,574), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (180,574), (266,488), 4)
def draw_x8(self):
pygame.draw.line(self.windowSurface, self.WHITE, (334,488), (420,574), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (334,574), (420,488), 4)
def draw_x9(self):
pygame.draw.line(self.windowSurface, self.WHITE, (488,488), (574,574), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (488,574), (574,488), 4)
def draw_o1(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(223,223), 43, 4)
def draw_o2(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(377,223), 43, 4)
def draw_o3(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(531,223), 43, 4)
def draw_o4(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(223,377), 43, 4)
def draw_o5(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(377,377), 43, 4)
def draw_o6(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(531,377), 43, 4)
def draw_o7(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(223,531), 43, 4)
def draw_o8(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(377,531), 43, 4)
def draw_o9(self):
pygame.draw.circle(self.windowSurface, self.WHITE,(531,531), 43, 4)
#draws the tic tac toe board
def draw_board(self):
self.windowSurface.fill(self.BLACK)
pygame.draw.line(self.windowSurface, self.WHITE, (300,150), (300,600), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (446,150), (446,600), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (150,296), (600,296), 4)
pygame.draw.line(self.windowSurface, self.WHITE, (150,450), (600,450), 4)
def draw_scores(self):
xtext = self.basicFont.render("X WINS: %s" % str(self.xwins), True, self.WHITE, self.BLACK)
xtextRect = xtext.get_rect()
xtextRect = xtextRect.move(10,10)
otext = self.basicFont.render("O WINS: %s" % str(self.owins), True, self.WHITE, self.BLACK)
otextRect = otext.get_rect()
otextRect = otextRect.move(250,10)
catstext = self.basicFont.render("CATS GAMES: %s" % str(self.cats_games), True, self.WHITE, self.BLACK)
catstextRect = catstext.get_rect()
catstextRect = catstextRect.move(500,10)
self.windowSurface.blit(xtext, xtextRect)
self.windowSurface.blit(otext, otextRect)
self.windowSurface.blit(catstext, catstextRect)
#draws the symbols
def draw_symbols(self):
if self.game_tracker[0] == 1:
self.draw_o1()
if self.game_tracker[1] == 1:
self.draw_o2()
if self.game_tracker[2] == 1:
self.draw_o3()
if self.game_tracker[3] == 1:
self.draw_o4()
if self.game_tracker[4] == 1:
self.draw_o5()
if self.game_tracker[5] == 1:
self.draw_o6()
if self.game_tracker[6] == 1:
self.draw_o7()
if self.game_tracker[7] == 1:
self.draw_o8()
if self.game_tracker[8] == 1:
self.draw_o9()
if self.game_tracker[0] == 2:
self.draw_x1()
if self.game_tracker[1] == 2:
self.draw_x2()
if self.game_tracker[2] == 2:
self.draw_x3()
if self.game_tracker[3] == 2:
self.draw_x4()
if self.game_tracker[4] == 2:
self.draw_x5()
if self.game_tracker[5] == 2:
self.draw_x6()
if self.game_tracker[6] == 2:
self.draw_x7()
if self.game_tracker[7] == 2:
self.draw_x8()
if self.game_tracker[8] == 2:
self.draw_x9()
def get_scrolling_chat(self):
if len(self.chat_buffer) > 0:
if (len(self.scrolling_chat) + len(self.chat_buffer)) > 25:
if len(self.chat_buffer) > 25:
self.scrolling_chat = self.chat_buffer[(len(self.chat_buffer)-25):]
else:
del self.scrolling_chat[:len(self.chat_buffer)]
for item in self.chat_buffer:
self.scrolling_chat.append(item)
else:
for item in self.chat_buffer:
self.scrolling_chat.append(item)
self.chat_buffer = []
def draw_scrolling_chat(self):
counter = 0
text = self.basicFont.render("CHAT COMMANDS", True, self.WHITE, self.BLACK)
textRect = text.get_rect()
textRect = textRect.move(870,10)
self.windowSurface.blit(text, textRect)
for item in self.scrolling_chat:
text = self.basicFont.render(str(item), True, self.WHITE, self.BLACK)
textRect = text.get_rect()
textRect = textRect.move(870,(60+(25*counter)))
self.windowSurface.blit(text, textRect)
counter+=1
def draw_game(self):
self.draw_board()
self.draw_symbols()
self.draw_scores()
self.draw_scrolling_chat()
pygame.display.update()
def reset_game(self):
self.game_tracker = [0,0,0,0,0,0,0,0,0]
self.game_timer = time.clock()
self.old_time = 0
self.suspend = 0
self.who_starts += 1
self.whos_move = self.who_starts%2
self.winner = False
self.is_cats = False
def choose_random_move(self):
templist = []
counter = 0
for move in self.game_tracker:
if move == 0:
templist.append(counter)
counter+=1
return choice(templist)
def get_valid_moves(self):
templist = []
counter = 0
for move in self.game_tracker:
if move == 0:
templist.append(counter+1)
counter+=1
return templist
#TODO fix allows user selected move to overwrite filled in spaces.
def choose_user_move(self):
valid_moves = self.get_valid_moves()
print valid_moves
templist = [0,0,0,0,0,0,0,0,0]
for item in self.message_buffer:
if int(item) in valid_moves:
templist[int(item)-1]+=1
# print templist
max_votes = 0
for item in templist:
if item > max_votes:
max_votes = item
# print "max votes = %s" % max_votes
moves_choices = []
counter = 0
for item in templist:
if item == max_votes and max_votes>0:
moves_choices.append(counter)
counter+=1
self.reset_message_buffer()
print moves_choices
if len(moves_choices) == 0:
return self.choose_random_move()
else:
return choice(moves_choices)
def choose_move(self):
if len(self.message_buffer) == 0:
random_move = self.choose_random_move()
print("random move")
print random_move
return random_move
else:
user_move = self.choose_user_move()
# print user_move
return user_move
def make_move(self):
if self.winner == True or self.is_cats == True:
self.games+=1
self.reset_game()
elif self.winner == False:
count = 0
for move in self.game_tracker:
if move == 0:
count+=1
break
if count > 0:
self.game_tracker[self.choose_move()]=self.whos_move+1
if calculate_win_condition(self.game_tracker):
self.winner = True
if self.whos_move == 0:
self.owins+=1
else:
self.xwins+=1
elif calculate_win_condition(self.game_tracker):
self.winner = True
if self.whos_move == 0:
self.owins+=1
else:
self.xwins+=1
else:
self.is_cats = True
self.cats_games+=1
def alternate_turn(self):
if self.whos_move == 0:
self.whos_move = 1
else:
self.whos_move = 0
def run(self):
# created by Aidan Thomson
#throttle_timers = {button:0 for button in config['throttled_buttons'].keys()}
#get new messages from chat. Store valid messages only in the message buffer list
#after 5-10 seconds calculate the move that was chosen. If no move was chosen automatically choose an open one.
#update the board.
#calculate an end game condition
#
self.reset_game()
#self.music.play(-1)
while True:
# self.draw_game()
timer = time.clock() - self.game_timer
if((timer-self.old_time)>.90):
self.old_time = timer
timer = int(timer)
#
self.draw_game()
# every 10 seconds make a move and check for a win
if timer > 0 and timer%3 == 0:
self.make_move()
self.alternate_turn()
new_messages = None
new_messages = self.irc.recv_messages(1024)
if new_messages != None:
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
# print username + " " + button
if self.game.is_valid_button(button):
# print button
self.message_buffer.append(button)
self.chat_buffer.append(str(username + ': ' + button))
self.get_scrolling_chat()
# self.reset_message_buffer()
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
sys.exit()
class Bot:
def __init__(self):
self.config = config
self.irc = Irc(config)
self.message_buffer = [{'username': '', 'button': ''}] * 10
def set_message_buffer(self, message):
chat_height = 10
self.message_buffer.insert(chat_height - 1, message)
self.message_buffer.pop(0)
def start_golden_timer(self, cc):
has_alerted_golden = False
has_alerted_reindeer = False
while True:
time.sleep(1)
golden_life = cc.get_golden_life()
reindeer_life = cc.get_reindeer_life()
print str(golden_life) + str(has_alerted_golden)
print str(reindeer_life) + str(has_alerted_reindeer)
if golden_life == 0:
has_alerted_golden = False
elif golden_life > 0 and has_alerted_golden == False:
self.irc.say('GOLDEN!!!')
has_alerted_golden = True
if reindeer_life == 0:
has_alerted_reindeer = False
elif reindeer_life > 0 and has_alerted_reindeer == False:
self.irc.say('REINDEER!!!')
has_alerted_reindeer = True
def run(self, cc):
self.game = Game(cc)
last_start = time.time()
reset_counter = 0
reset_counter_max = self.config['reset_bar']['max']
pledge_counter = 0
pledge_counter_max = config['pledge_bar']['max']
pop_counter = 0
pop_counter_max = config['pop_bar']['max']
next_golden = time.clock() + 5
while True:
new_messages = self.irc.recv_messages(1024)
if not new_messages:
continue
for message in new_messages:
button = message['message'].lower()
username = message['username'].lower()
suffix = ''
if button[:12] == 'info upgrade':
if len(button) > 12:
try:
upgrade_ind = int(button[12])-1
except:
upgrade_ind = -1
else:
upgrade_ind = 0
upgrade_name = self.game.cc.get_upgrade_name(upgrade_ind)
if upgrade_name == 'undefined':
self.irc.say('Invalid Upgrade')
else:
numdivs = 0
upgrade_price = self.game.cc.get_upgrade_price(upgrade_ind)
if upgrade_price > 1000000:
upgrade_price = float(upgrade_price) / 1000000
numdivs += 1
while upgrade_price > 1000:
upgrade_price = float(upgrade_price) / 1000
numdivs += 1
if numdivs == 0:
pricesuffix = ''
elif numdivs == 1:
pricesuffix = ' M'
elif numdivs == 2:
pricesuffix = ' B'
elif numdivs == 3:
pricesuffix = ' T'
elif numdivs == 4:
pricesuffix = ' Qa'
elif numdivs == 5:
pricesuffix = ' Qi'
elif numdivs == 6:
pricesuffix = ' Sx'
elif numdivs == 7:
pricesuffix = ' Sp'
elif numdivs == 8:
pricesuffix = ' O'
short_price = "%.3f%s" % (upgrade_price, pricesuffix)
self.irc.say('UPGRADE' + str(upgrade_ind+1) + ': ' + upgrade_name + ' (' + short_price + ')')
elif button == '!commands':
self.irc.say('Clickclick..., Golden, Reindeer, Dungeon, Up, Down, Left, Right, Stay, Upgrade1 - Upgrade5, Info UpgradeX, NoPledge, Santa, Cursor, Grandma, Farm, Factory, Mine, Shipment, Lab, Portal, Time, Antimatter, Prism, View, Scrolldown, Scrollup, Expand, Collapse, Reset, Continue')
elif self.game.is_valid_button(button):
if button == 'pop' and config['pop_bar']['enable']:
pop_counter += 1
if pop_counter >= pop_counter_max:
pop_counter = 0
self.game.push_button('unwrinkle')
set_pop_bar(pop_counter)
elif button == 'reset' or button == 'continue':
if button == 'reset':
reset_counter += 5
if reset_counter >= reset_counter_max:
reset_counter = 0
self.game.push_button('reset')
pledge_counter = 0
set_pledge_bar(pledge_counter)
else:
reset_counter -= 5
if reset_counter < 0:
reset_counter = 0
suffix = '({0}/{1})'.format(reset_counter,reset_counter_max)
elif button[:7] == 'upgrade':
reset_counter -= 1
if reset_counter < 0:
reset_counter = 0
if len(button) == 7:
upgrade_ind = 0
else:
upgrade_ind = int(button[7])-1
name = self.game.cc.get_upgrade_name(upgrade_ind)
if config['pledge_bar']['enable'] and (name == 'Elder Pledge' or name == 'Elder Covenant' or name == 'Revoke Elder Covenant'):
# Throttle pledges if necessary
pledge_counter += 1
if pledge_counter >= pledge_counter_max:
self.game.push_button(button)
pledge_counter = 0
set_pledge_bar(pledge_counter)
button = 'pledge/cov'
suffix = '({0}/{1})'.format(pledge_counter,pledge_counter_max)
else:
self.game.push_button(button)
elif button == 'nopledge':
reset_counter -= 1
if reset_counter < 0:
reset_counter = 0
if pledge_counter > 0:
pledge_counter -= 1
set_pledge_bar(pledge_counter)
suffix = '({0}/{1})'.format(pledge_counter,pledge_counter_max)
else:
reset_counter -= 1
if reset_counter < 0:
reset_counter = 0
print button
self.set_message_buffer({'username': username, 'button': button})
self.game.push_button(button)
command(username, button + suffix)
set_reset_bar(reset_counter)
else:
numclicks = button.count("click")
if numclicks > 0:
if numclicks > 9:
numclicks = 9
reset_counter -= 1 #numclicks?
if reset_counter < 0:
reset_counter = 0
self.game.push_button("click%d" % numclicks)
command(username, "click(%d)" % numclicks)
set_reset_bar(reset_counter)