adminsys/welcomebot
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Replace old code with new, add tests

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Shauna 2014-09-13 13:24:08 -04:00
parent 3f590c227d
commit 3b545ee35f
2 changed files with 409 additions and 204 deletions
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bot.py
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@ -1,116 +1,84 @@
#########################################################################
################# Abundant notes are appreciated here! ##################
#########################################################################
# Welcome to WelcomeBot. Find source, documentation, etc here: https://github.com/shaunagm/WelcomeBot/ Licensed https://creativecommons.org/licenses/by-sa/2.0/
# Import some necessary libraries.
import socket
import time
import csv
import Queue
import random
import re
from sys import exc_info
import socket, sys, time, csv, Queue, random, re, pdb, select
from threading import Thread
# Some basic variables used to configure the bot.
server = "irc.freenode.net"
channel = "#openhatch"
botnick = 'WelcomeBot'
channel_greeters = ['shauna', 'paulproteus', 'marktraceur']
wait_time = 60 # amount of time after joining before bot replies to someone
change_wait = botnick + " --wait-time "
channel = "#openhatch-bots"
botnick = "WelcomeBot2"
channel_greeters = ['shauna'] #'paulproteus', 'marktraceur']
hello_list = [r'hello', r'hi', r'hey', r'yo', r'sup']
help_list = [r'help', r'info', r'faq', r'explain yourself']
#################### Classes ####################
# Newcomer class that is created when someone joins the room.
class NewComer(object):
#########################
### Class Definitions ###
#########################
def __init__(self, nick):
self.nick = nick
self.born = time.time()
self.status = 0
# Defines a bot
class Bot(object):
def update_status(self):
self.status = 1
def __init__(self, nick_source='nicks.csv', wait_time=60):
self.nick_source = nick_source
self.wait_time = wait_time
self.known_nicks = []
with open(self.nick_source, 'rb') as csv_file:
csv_file_data = csv.reader(csv_file, delimiter=',', quotechar='|')
for row in csv_file_data:
self.known_nicks.append(row)
self.newcomers = []
self.hello_regex = re.compile(get_regex(hello_list), re.I) # Regexed version of hello list
self.help_regex = re.compile(get_regex(help_list), re.I) # Regexed version of help list
def around_for(self):
return int(time.time() - self.born)
#################### Functions! ####################
# Joins specified channel.
def join_channel(chan):
ircsock.send("JOIN {} \n".format(chan))
# Reads the messages from the server and adds them to the Queue and prints
# them to the console. This function will be run in a thread, see below.
def msg_handler():
while True:
new_msg = ircsock.recv(2048) # receive data from the server
new_msg = new_msg.strip('\n\r') # removing any unnecessary linebreaks
q.put(new_msg) # put in queue for main loop to read
print(new_msg)
# Responds to server Pings.
def pong():
ircsock.send("PONG :pingis\n")
# This function responds to a user that inputs "Hello Mybot".
def bot_hello(greeting):
ircsock.send("PRIVMSG {0} :{1} {2}\n".format(channel, greeting, actor))
# This function explains what the bot is when queried.
def bot_help():
ircsock.send("PRIVMSG {} :I'm a bot! I'm from here <https://github"
".com/shaunagm/oh-irc-bot>. You can change my behavior by "
"submitting a pull request or by talking to shauna"
".\n".format(channel))
# Returns a grammatically correct string of the channel_greeters.
def greeter_string(conjunction):
greeters = ""
if len(channel_greeters) > 2:
for name in channel_greeters[:-1]:
greeters += "{}, ".format(name)
greeters += "{0} {1}".format(conjunction, channel_greeters[-1])
elif len(channel_greeters) == 2:
greeters = "{0} {1} {2}".format(channel_greeters[0], conjunction,
channel_greeters[1])
else:
greeters = channel_greeters[0]
return greeters
# This welcomes the "person" passed to it.
def welcome(newcomer):
ircsock.send("PRIVMSG {0} :Welcome {1}! The channel is pretty quiet "
"right now, so I thought I'd say hello, and ping some people "
"(like {2}) that you're here. If no one responds for a "
"while, try emailing us at hello@openhatch.org or just try "
"coming back later. FYI, you're now on my list of known "
"nicknames, so I won't bother you again."
"\n".format(channel, newcomer, greeter_string("and")))
# Adds the current NewComer's nick to nicks.csv and known_nicks.
def add_known_nick(new_known_nick):
# Adds the current newcomer's nick to nicks.csv and known_nicks.
def add_known_nick(self,new_known_nick):
new_known_nick = new_known_nick.replace("_", "")
known_nicks.append([new_known_nick])
with open('nicks.csv', 'a') as csvfile:
self.known_nicks.append([new_known_nick])
with open(self.nick_source, 'a') as csvfile:
nickwriter = csv.writer(csvfile, delimiter=',', quotechar='|',
quoting=csv.QUOTE_MINIMAL)
nickwriter.writerow([new_known_nick])
# Defines a newcomer object
class NewComer(object):
# Builds a regex that matches one of the options + (space) botnick.
def __init__(self, nick, bot):
self.nick = nick
self.born = time.time()
bot.newcomers.append(self)
def around_for(self):
return time.time() - self.born
#########################
### Startup Functions ###
#########################
# Creates a socket that will be used to send and receive messages,
# then connects the socket to an IRC server and joins the channel.
def irc_start(): # pragma: no cover (this excludes this function from testing)
ircsock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
ircsock.connect((server, 6667)) # Here we connect to server using port 6667.
return ircsock
def join_irc(ircsock):
ircsock.send("USER {0} {0} {0} :This is http://openhatch.org/'s greeter bot"
".\n".format(botnick)) # bot authentication
ircsock.send("NICK {}\n".format(botnick)) # Assign the nick to the bot.
ircsock.send("JOIN {} \n".format(channel)) # Joins channel
# Reads the messages from the server and adds them to the Queue and prints
# them to the console. This function will be run in a thread, see below.
def msg_handler(ircsock): # pragma: no cover (this excludes this function from testing)
new_msg = ircsock.recv(2048) # receive data from the server
new_msg = new_msg.strip('\n\r') # removing any unnecessary linebreaks
print(new_msg) #### Potentially make this a log instead?
return new_msg
# Called by bot on startup. Builds a regex that matches one of the options + (space) botnick.
def get_regex(options):
pattern = "("
for s in options:
@ -121,123 +89,134 @@ def get_regex(options):
return pattern
# This function is used to change the wait time from the channel.
# It confirms that the attempt is allowed and then returns the requested value.
# If the attempt is not allowed, a message is sent to help
def wait_time_change():
for admin in channel_greeters:
if actor == admin:
finder = re.search(r'\d\d*', re.search(r'--wait-time \d\d*',
ircmsg).group())
ircsock.send("PRIVMSG {0} :{1} the wait time is changing to {2} "
"seconds.\n".format(channel, actor, finder.group()))
return int(finder.group())
ircsock.send("PRIVMSG {0} :{1} you are not authorized to make that change"
". Please contact one of the channel greeters, like {2}, for "
"assistance.\n".format(channel, actor, greeter_string("or")))
#########################
### General Functions ###
#########################
# Welcomes the "person" passed to it.
def welcome_nick(newcomer, ircsock):
ircsock.send("PRIVMSG {0} :Welcome {1}! The channel is pretty quiet "
"right now, so I thought I'd say hello, and ping some people "
"(like {2}) that you're here. If no one responds for a "
"while, try emailing us at hello@openhatch.org or just try "
"coming back later. FYI, you're now on my list of known "
"nicknames, so I won't bother you again."
"\n".format(channel, newcomer, greeter_string("and", channel_greeters)))
#################### Startup ####################
# Creates a socket that will be used to send and receive messages,
# then connects the socket to an IRC server and joins the channel.
ircsock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
ircsock.connect((server, 6667)) # Here we connect to server using port 6667.
ircsock.send("USER {0} {0} {0} :This is http://openhatch.org/'s greeter bot"
".\n".format(botnick)) # bot authentication
ircsock.send("NICK {}\n".format(botnick)) # Assign the nick to the bot.
join_channel(channel)
# Checks and manages the status of newcomers.
def process_newcomers(bot, newcomerlist, ircsock, welcome=1):
for person in newcomerlist:
if welcome == 1:
welcome_nick(person.nick, ircsock)
bot.add_known_nick(person.nick)
bot.newcomers.remove(person)
# Creates a list of known nicks from nicks.csv.
# The list is checked to ensure that people are only greeted once.
# NewComers will be added to the list and the csv.
known_nicks = []
with open('nicks.csv', 'rb') as csv_file:
csv_file_data = csv.reader(csv_file, delimiter=',', quotechar='|')
for row in csv_file_data:
known_nicks.append(row)
# Creates a Queue that will hold the incoming messages.
q = Queue.Queue()
# Creates a separate thread that will listen on the server and add any
# messages to the Queue. The thread is created to run target which equals
# the msg_handler function from above.
t = Thread(target=msg_handler)
t.daemon = True
t.start()
# This is the array of NewComer objects that people who join are added to.
newcomers = []
# Create a couple of regular expressions to use in the main loop
# Basically, it creates a RE that matches something from the list + botnick
hello_RE = re.compile(get_regex(hello_list), re.I)
help_RE = re.compile(get_regex(help_list), re.I)
#################### The Workhorse ####################
# This is the main loop that monitors the channel and sends and receives the
# messages, either in the below code or by calling a function. This is the
# brain of this code.
while 1: # loop forever
for i in newcomers:
if i.status == 0 and i.around_for() > wait_time:
welcome(i.nick)
i.update_status()
add_known_nick(i.nick)
newcomers.remove(i)
# If the queue is not empty...
if q.empty() == 0:
# get the next msg in the queue
ircmsg = q.get()
# and get the nick of the msg sender
# Checks for messages.
def parse_messages(ircmsg):
try:
actor = ircmsg.split(":")[1].split("!")[0]
except IndexError:
err_log = open('./error.log', 'a')
err_log.write('\nError occurred: {0}.\nircmsg was: {1}.\nSystem '
'error was: {2}'
'\n'.format(time.strftime('%x %X %Z'),
ircmsg, exc_info()[0]))
err_log.close()
actor = ircmsg.split(":")[1].split("!")[0] # and get the nick of the msg sender
return ircmsg, actor
except:
return None, None
##### Welcome functions #####
# If someone has spoken into the channel...
if ircmsg.find("PRIVMSG " + channel) != -1:
for i in newcomers:
if actor != i.nick: # and is not the new NewComer
i.update_status() # set the status to 1
add_known_nick(i.nick)
newcomers.remove(i)
## Else: Do we want to do something extra if the person who
# joined the chat says something with no response?
# Parses messages and responds to them appropriately.
def message_response(bot, ircmsg, actor, ircsock):
# If someone joins #channel...
if ircmsg.find("JOIN " + channel) != -1:
if actor != botnick: # and it is not the bot
if [actor.replace("_", "")] not in known_nicks:
if actor not in (i.nick for i in newcomers):
newcomers.append(NewComer(actor))
# if someone other than a newcomer speaks into the channel
if ircmsg.find("PRIVMSG " + channel) != -1 and actor not in [i.nick for i in bot.newcomers]:
process_newcomers(bot,bot.newcomers, ircsock, welcome=0) # Process/check newcomers without welcoming them
# if someone (other than the bot) joins the channel
if ircmsg.find("JOIN " + channel) != -1 and actor != botnick:
if actor.replace("_", "") not in bot.known_nicks and (i.nick for i in bot.newcomers): # And they're new
NewComer(actor, bot)
# If someone parts or quits the #channel...
if ircmsg.find("PART " + channel) != -1 or ircmsg.find("QUIT") != -1:
for i in newcomers: # and that person is on the newlist
for i in bot.newcomers: # and that person is on the newlist
if actor == i.nick:
newcomers.remove(i) # remove them from the list
bot.newcomers.remove(i) # remove them from the list
##### Unwelcome functions #####
# If someone talks to (or refers to) the bot.
if botnick.lower() and "PRIVMSG".lower() in ircmsg.lower():
if hello_RE.search(ircmsg):
bot_hello(random.choice(hello_list))
if help_RE.search(ircmsg):
bot_help()
if bot.hello_regex.search(ircmsg):
bot_hello(random.choice(hello_list), actor, ircsock)
if bot.help_regex.search(ircmsg):
bot_help(ircsock)
# If someone tries to change the wait time...
if ircmsg.find(change_wait) != -1:
wait_time = wait_time_change() # call this to check and change it
if ircmsg.find(botnick + " --wait-time ") != -1:
bot.wait_time = wait_time_change(actor, ircmsg, ircsock) # call this to check and change it
# If the server pings us then we've got to respond!
if ircmsg.find("PING :") != -1:
pong()
pong(ircsock)
#############################################################
### Bot Response Functions (called by message_response()) ###
#############################################################
# Responds to a user that inputs "Hello Mybot".
def bot_hello(greeting, actor, ircsock):
ircsock.send("PRIVMSG {0} :{1} {2}\n".format(channel, greeting, actor))
# Explains what the bot is when queried.
def bot_help(ircsock):
ircsock.send("PRIVMSG {} :I'm a bot! I'm from here <https://github"
".com/shaunagm/oh-irc-bot>. You can change my behavior by "
"submitting a pull request or by talking to shauna"
".\n".format(channel))
# Returns a grammatically correct string of the channel_greeters.
def greeter_string(conjunction, greeters):
greeterstring = ""
if len(greeters) > 2:
for name in greeters[:-1]:
greeterstring += "{}, ".format(name)
greeterstring += "{0} {1}".format(conjunction, greeters[-1])
elif len(greeters) == 2:
greeterstring = "{0} {1} {2}".format(greeters[0], conjunction,
greeters[1])
else:
greeterstring = greeters[0]
return greeterstring
# Changes the wait time from the channel.
def wait_time_change(actor, ircmsg, ircsock):
for admin in channel_greeters:
if actor == admin:
finder = re.search(r'\d\d*', re.search(r'--wait-time \d\d*', ircmsg)
.group())
ircsock.send("PRIVMSG {0} :{1} the wait time is changing to {2} "
"seconds.\n".format(channel, actor, finder.group()))
return int(finder.group())
ircsock.send("PRIVMSG {0} :{1} you are not authorized to make that "
"change. Please contact one of the channel greeters, like {2}, for "
"assistance.\n".format(channel, actor, greeter_string("or", channel_greeters)))
# Responds to server Pings.
def pong(ircsock):
ircsock.send("PONG :pingis\n")
##########################
### The main function. ###
##########################
def main():
ircsock = irc_start()
join_irc(ircsock)
WelcomeBot = Bot()
while 1: # Loop forever
ready_to_read, b, c = select.select([ircsock],[],[], 1) # ignore b&c, doesn't allow keywords
if ready_to_read:
ircmsg = msg_handler(ircsock)
process_newcomers(WelcomeBot, [i for i in WelcomeBot.newcomers if i.around_for() > WelcomeBot.wait_time],ircsock)
ircmsg, actor = parse_messages(ircmsg) # parse the next msg in the queue
if ircmsg is not None: # If we were able to parse it
message_response(WelcomeBot, ircmsg, actor, ircsock) # Respond to the parsed message
if __name__ == "__main__": # This line tells the interpreter to only execute main() if the program is being run, not imported.
sys.exit(main())

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test_bot.py Normal file
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# Yay tests!
import csv
import unittest
import newbot
import time
import pdb
#########################
### FAKE IRCSOCK ###
#########################
class fake_ircsock(object):
def __init__(self):
self.sent_messages = []
def send(self, msg):
self.sent_messages.append(msg)
def sent_message(self):
return self.sent_messages[-1]
def has_sent_message(self):
if self.sent_messages:
return True
else:
return False
def fake_irc_start():
ircsock = fake_ircsock()
return ircsock
class TestBotClass(unittest.TestCase):
def setUp(self):
self.bot = newbot.Bot()
def test_csv_source(self):
self.assertEqual(self.bot.nick_source, 'nicks.csv')
def test_known_nicks_setup(self):
bot = newbot.Bot('test_nicks.csv')
self.assertEqual(bot.known_nicks, [['Alice'], ['Bob']])
def test_wait_time(self):
self.assertEqual(self.bot.wait_time, 60)
def test_custom_wait_time(self):
bot = newbot.Bot(wait_time=30)
self.assertEqual(bot.wait_time, 30)
def test_newcomers_setup(self):
self.assertEqual(self.bot.newcomers, [])
def test_add_nick_to_list(self):
self.bot.known_nicks = [['Fluffy'], ['Spot']]
self.bot.add_known_nick('Roger')
self.assertEqual(self.bot.known_nicks,[['Fluffy'], ['Spot'], ['Roger']])
def test_add_nick_underscore_removal(self):
self.bot.known_nicks = [['Fluffy'], ['Spot']]
self.bot.add_known_nick('Roger__')
self.assertEqual(self.bot.known_nicks,[['Fluffy'], ['Spot'], ['Roger']])
def test_add_nick_to_csv(self):
bot = newbot.Bot('test_nicks.csv')
bot.add_known_nick('Roger__')
with open('test_nicks.csv', 'rb') as csv_file:
known_nicks = []
csv_file_data = csv.reader(csv_file, delimiter=',', quotechar='|')
for row in csv_file_data:
known_nicks.append(row)
self.assertEqual(known_nicks, [['Alice'], ['Bob'], ['Roger']])
def tearDown(self):
with open('test_nicks.csv', 'w') as csv_file:
csv_file.write('Alice\nBob\n')
class TestNewComerClass(unittest.TestCase):
def setUp(self):
self.bot = newbot.Bot('test_nicks.csv')
self.NewComer = newbot.NewComer('Nancy', self.bot)
def test_newcomer_init_nick(self):
self.assertEqual(self.NewComer.nick, 'Nancy')
def test_newcomer_init_born(self):
newComer = newbot.NewComer('Baby', newbot.Bot())
time.sleep(0.01)
self.assertAlmostEqual(newComer.born, time.time() - .01, places=2)
def test_add_newcomer_to_bot(self):
pass
def test_newcomer_around_for(self):
newComer = newbot.NewComer('Shauna', newbot.Bot())
time.sleep(0.01)
self.assertAlmostEqual(newComer.around_for(), .01, places=2)
class TestJoinIRC(unittest.TestCase):
def setUp(self):
self.ircsock = fake_irc_start()
def test_sent_messages(self):
newbot.join_irc(self.ircsock)
expected = ["USER WelcomeBot2 WelcomeBot2 WelcomeBot2 :This is http://openhatch.org/'s greeter bot.\n", 'NICK WelcomeBot2\n', 'JOIN #openhatch-bots \n']
self.assertEqual(self.ircsock.sent_messages,expected)
class TestProcessNewcomers(unittest.TestCase):
def setUp(self):
self.bot = newbot.Bot('test_nicks.csv', wait_time=.1)
newbot.NewComer('Harry', self.bot)
newbot.NewComer('Hermione', self.bot)
time.sleep(.15)
newbot.NewComer('Ron', self.bot)
self.ircsock = fake_irc_start()
def test_check_new_newcomers(self):
newbot.process_newcomers(self.bot, [i for i in self.bot.newcomers if i.around_for() > self.bot.wait_time], ircsock=self.ircsock, welcome=0)
self.assertEqual(len(self.bot.newcomers), 1)
def test_check_new_known_nicks(self):
newbot.process_newcomers(self.bot, [i for i in self.bot.newcomers if i.around_for() > self.bot.wait_time], ircsock=self.ircsock, welcome=0)
self.assertEqual(self.bot.known_nicks,[['Alice'],['Bob'],['Harry'],['Hermione']])
def test_welcome_nick(self):
newbot.process_newcomers(bot=self.bot, newcomerlist=[i for i in self.bot.newcomers if i.around_for() > self.bot.wait_time], ircsock=self.ircsock, welcome=1)
self.assertEqual(self.ircsock.sent_message(), "PRIVMSG #openhatch-bots :Welcome Hermione! The channel is pretty quiet right now, so I though I'd say hello, and ping some people (like shauna) that you're here. If no one responds for a while, try emailing us at hello@openhatch.org or just try coming back later. FYI, you're now on my list of known nicknames, so I won't bother you again.\n")
def tearDown(self):
with open('test_nicks.csv', 'w') as csv_file:
csv_file.write('Alice\nBob\n')
class TestParseMessages(unittest.TestCase):
def test_good_string(self):
ircmsg, actor = newbot.parse_messages(":vader!darth@darkside.org PRIVMSG #deathstar : I find your lack of faith disturbing")
self.assertEqual([ircmsg, actor], [':vader!darth@darkside.org PRIVMSG #deathstar : I find your lack of faith disturbing', 'vader'])
def test_bad_string(self):
ircmsg, actor = newbot.parse_messages("we should probably replace this with a bad string more likely to occur")
self.assertEqual([ircmsg, actor], [None, None])
class TestMessageResponse(unittest.TestCase):
def setUp(self):
self.bot = newbot.Bot('test_nicks.csv')
newbot.NewComer('Chappe', self.bot)
self.ircsock = fake_irc_start()
def test_newcomer_speaking(self):
newbot.message_response(self.bot,"~q@r.m.us PRIVMSG #openhatch-bots :hah","Chappe", ircsock=self.ircsock) # Standard message by newcomer
nicklist = [i.nick for i in self.bot.newcomers] # Makes a list of newcomers nicks for easy asserting
self.assertEqual(nicklist, ['Chappe'])
def test_oldtimer_speaking(self):
newbot.message_response(self.bot,"~q@r.m.us PRIVMSG #openhatch-bots :hah","Alice", ircsock=self.ircsock) # Standard message by oldtimer
nicklist = [i.nick for i in self.bot.newcomers] # Makes a list of newcomers nicks for easy asserting
self.assertEqual(nicklist, [])
def test_join(self):
newbot.message_response(self.bot,"JOIN #openhatch-bots right now!","Shauna", ircsock=self.ircsock) # Replace with actual ping message ALSO argh the channel variable might mess things up if folks change it, which they very well might :/ (Also true for tests below.) I think maybe use the format.() style that is used for wait_change etc
self.assertEqual(self.bot.newcomers[1].nick,'Shauna')
def test_part(self):
newbot.message_response(self.bot,"JOIN #openhatch-bots right now!","Shauna", ircsock=self.ircsock) # Replace with actual ping message ALSO argh the channel variable might mess things up if folks change it, which they very well might :/ (Also true for tests below.)
self.assertEqual(len(self.bot.newcomers), 2)
newbot.message_response(self.bot,"PART #openhatch-bots","Shauna", ircsock=self.ircsock) # Replace with actual ping message ALSO argh the channel variable might mess things up :/
self.assertEqual(len(self.bot.newcomers), 1)
def test_hello(self):
newbot.message_response(self.bot,"PRIVMSG sup WelcomeBot2","Shauna", ircsock=self.ircsock) # The botnick may also be changed. :(
self.assertTrue(self.ircsock.has_sent_message())
self.assertIn(self.ircsock.sent_message(), ["PRIVMSG #openhatch-bots :hello Shauna\n", "PRIVMSG #openhatch-bots :hi Shauna\n", "PRIVMSG #openhatch-bots :hey Shauna\n", "PRIVMSG #openhatch-bots :yo Shauna\n", "PRIVMSG #openhatch-bots :sup Shauna\n"])
def test_help(self):
newbot.message_response(self.bot,"PRIVMSG info WelcomeBot2","Shauna", ircsock=self.ircsock) # The botnick may also be changed. :(
self.assertTrue(self.ircsock.has_sent_message())
self.assertEqual(self.ircsock.sent_message(), "PRIVMSG #openhatch-bots :I'm a bot! I'm from here <https://github.com/shaunagm/oh-irc-bot>. You can change my behavior by submitting a pull request or by talking to shauna.\n")
def test_wait_time_from_admin(self):
newbot.message_response(self.bot,"WelcomeBot2 --wait-time 40","shauna",ircsock=self.ircsock) # Channel-greeters may also be changed. :(
self.assertEqual(self.ircsock.sent_message(), "PRIVMSG #openhatch-bots :shauna the wait time is changing to 40 seconds.\n")
def test_wait_time_from_non_admin(self):
newbot.message_response(self.bot,"WelcomeBot2 --wait-time 40","Impostor",ircsock=self.ircsock) # Channel-greeters may also be changed. :(
self.assertEqual(self.ircsock.sent_message(), "PRIVMSG #openhatch-bots :Impostor you are not authorized to make that change. Please contact one of the channel greeters, like shauna, for assistance.\n")
def test_pong(self):
newbot.message_response(self.bot,"PING :","Shauna",ircsock=self.ircsock) # Replace this with actual ping message
self.assertEqual(self.ircsock.sent_message(),"PONG :pingis\n")
def test_bad_pong(self):
newbot.message_response(self.bot,"PING!!! :","Shauna",ircsock=self.ircsock) # Replace this with actual ping message
self.assertFalse(self.ircsock.has_sent_message())
def tearDown(self):
with open('test_nicks.csv', 'w') as csv_file:
csv_file.write('Alice\nBob\n')
class TestGreeterString(unittest.TestCase):
def setUp(self):
self.bot = newbot.Bot('test_nicks.csv')
def test_one_greeter(self):
greeterstring = newbot.greeter_string("and", ['shauna'])
self.assertEqual(greeterstring, "shauna")
def test_two_greeters(self):
greeters = newbot.greeter_string("and", ['shauna','sauna'])
self.assertEqual(greeters, "shauna and sauna")
def test_three_greeters(self):
greeters = newbot.greeter_string("and", ['shauna','sauna','megafauna'])
self.assertEqual(greeters, "shauna, sauna, and megafauna")
# Runs all the unit-tests
if __name__ == '__main__':
unittest.main()