# Yay tests! import csv import unittest import newbot import time import pdb 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 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) 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], 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], welcome=0) self.assertEqual(self.bot.known_nicks,[['Alice'],['Bob'],['Harry'],['Hermione']]) def test_welcome_nick(self): newbot.fake_irc_start() newbot.process_newcomers(self.bot, [i for i in self.bot.newcomers if i.around_for() > self.bot.wait_time], welcome=1) self.assertEqual(newbot.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) def test_newcomer_speaking(self): newbot.message_response(self.bot,"~q@r.m.us PRIVMSG #openhatch-bots :hah","Chappe") # 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") # 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") # 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") # 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") # 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.fake_irc_start() newbot.message_response(self.bot,"PRIVMSG sup WelcomeBot2","Shauna") # The botnick may also be changed. :( self.assertTrue(hasattr(newbot.ircsock, 'sent_message')) # Fails because sent_message is never actually created self.assertIn(newbot.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.fake_irc_start() newbot.message_response(self.bot,"PRIVMSG info WelcomeBot2","Shauna") # The botnick may also be changed. :( self.assertTrue(hasattr(newbot.ircsock, 'sent_message')) # Fails because sent_message is never actually created self.assertEqual(newbot.ircsock.sent_message, "PRIVMSG #openhatch-bots :I'm a bot! I'm from here . You can change my behavior by submitting a pull request or by talking to shauna.\n") def test_wait_time_from_admin(self): newbot.fake_irc_start() newbot.message_response(self.bot,"WelcomeBot2 --wait-time 40","shauna") # Channel-greeters may also be changed. :( self.assertEqual(newbot.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.fake_irc_start() newbot.message_response(self.bot,"WelcomeBot2 --wait-time 40","Impostor") # Channel-greeters may also be changed. :( self.assertEqual(newbot.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.fake_irc_start() newbot.message_response(self.bot,"PING :","Shauna") # Replace this with actual ping message self.assertEqual(newbot.ircsock.sent_message,"PONG :pingis\n") def test_bad_pong(self): newbot.fake_irc_start() newbot.message_response(self.bot,"PING!!! :","Shauna") # Replace this with actual ping message self.assertFalse(hasattr(newbot.ircsock, 'sent_message')) # Fails because sent_message is never actually created 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()