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test.py
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test.py
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###
# Copyright (c) 2004-2005,2011,2015 James McCoy
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions are met:
#
# * Redistributions of source code must retain the above copyright notice,
# this list of conditions, and the following disclaimer.
# * Redistributions in binary form must reproduce the above copyright notice,
# this list of conditions, and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
# * Neither the name of the author of this software nor the name of
# contributors to this software may be used to endorse or promote products
# derived from this software without specific prior written consent.
#
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
# AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
# ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE
# LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
# CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
# SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
# INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
# CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
# ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
# POSSIBILITY OF SUCH DAMAGE.
###
import re
from supybot.test import *
Infobot = plugin.loadPluginModule('Infobot')
confirms = Infobot.plugin.confirms
dunnos = Infobot.plugin.dunnos
ibot = conf.supybot.plugins.Infobot
class InfobotTestCase(ChannelPluginTestCase):
plugins = ('Infobot',)
_endRe = re.compile(r'!|, \S+\.|\.')
def testIsSnarf(self):
learn = ibot.unaddressed.snarfDefinitions()
answer = ibot.unaddressed.answerQuestions()
try:
ibot.unaddressed.snarfDefinitions.setValue(True)
ibot.unaddressed.answerQuestions.setValue(True)
self.assertSnarfNoResponse('foo is at http://bar.com/', 2)
self.assertRegexp('infobot stats', '\d modification')
self.assertRegexp('infobot status', '\d modification')
self.assertSnarfRegexp('foo?', r'foo.*is.*http://bar.com/')
self.assertSnarfNoResponse('foo is at http://baz.com/', 2)
self.assertSnarfNotRegexp('foo?', 'baz')
m = self.getMsg('bar is at http://foo.com/')
self.failUnless(self._endRe.sub('', m.args[1]) in confirms)
self.assertRegexp('bar?', r'bar.*is.*http://foo.com/')
self.assertRegexp('what was bar?', r'http://foo.com/')
finally:
ibot.unaddressed.snarfDefinitions.setValue(learn)
ibot.unaddressed.answerQuestions.setValue(answer)
def testNormalize(self):
learn = ibot.unaddressed.snarfDefinitions()
answer = ibot.unaddressed.answerQuestions()
try:
ibot.unaddressed.snarfDefinitions.setValue(True)
ibot.unaddressed.answerQuestions.setValue(True)
self.assertSnarfNoResponse('foo is at http://bar.com/', 2)
self.assertSnarfRegexp('what\'s foo?', r'foo.*is.*http://bar.com/')
self.assertSnarfRegexp('wtf\'s foo?', r'foo.*is.*http://bar.com/')
self.assertSnarfRegexp('who\'s foo?', r'foo.*is.*http://bar.com/')
self.assertSnarfRegexp('where\'s foo?',r'foo.*is.*http://bar.com/')
self.assertSnarfNoResponse('i am a tool', 2)
self.assertRegexp('%s?' % self.nick, r'is.*tool')
self.assertSnarfNoResponse('my bot is a tool', 2)
self.assertRegexp('%s\'s bot?' % self.nick, r'is.*tool')
self.assertSnarfNoResponse('your name is weird', 2)
self.assertRegexp('%s\'s name?' % self.irc.nick, r'is.*weird')
finally:
ibot.unaddressed.snarfDefinitions.setValue(learn)
ibot.unaddressed.answerQuestions.setValue(answer)
def testAreSnarf(self):
learn = ibot.unaddressed.snarfDefinitions()
answer = ibot.unaddressed.answerQuestions()
try:
ibot.unaddressed.snarfDefinitions.setValue(True)
ibot.unaddressed.answerQuestions.setValue(True)
self.assertSnarfNoResponse('bars are dirty', 2)
self.assertSnarfRegexp('bars?', 'bars.*are.*dirty')
self.assertSnarfNoResponse('bars are not dirty', 2)
self.assertSnarfNotRegexp('bars?', 'not')
self.assertSnarfRegexp('what were bars?', 'dirty')
finally:
ibot.unaddressed.snarfDefinitions.setValue(learn)
ibot.unaddressed.answerQuestions.setValue(answer)
def testIsResponses(self):
learn = ibot.unaddressed.snarfDefinitions()
answer = ibot.unaddressed.answerQuestions()
try:
ibot.unaddressed.snarfDefinitions.setValue(True)
ibot.unaddressed.answerQuestions.setValue(True)
self.assertSnarfNoResponse('foo is bar', 2)
self.assertSnarfRegexp('foo?', 'foo.*is.*bar')
self.assertSnarfNoResponse('when is foo?', 2)
self.assertSnarfNoResponse('why is foo?', 2)
self.assertSnarfNoResponse('why foo?', 2)
self.assertSnarfNoResponse('when is foo?', 2)
finally:
ibot.unaddressed.snarfDefinitions.setValue(learn)
ibot.unaddressed.answerQuestions.setValue(answer)
def testAnswerUnaddressed(self):
answer = ibot.unaddressed.answerQuestions()
try:
ibot.unaddressed.answerQuestions.setValue(True)
self.assertSnarfNoResponse('foo is bar')
self.assertSnarfRegexp('foo?', 'foo.*is.*bar')
ibot.unaddressed.answerQuestions.setValue(False)
self.assertSnarfNoResponse('foo?', 2)
finally:
ibot.unaddressed.answerQuestions.setValue(answer)
def testReplaceFactoid(self):
answer = ibot.unaddressed.answerQuestions()
learn = ibot.unaddressed.snarfDefinitions()
try:
ibot.unaddressed.answerQuestions.setValue(True)
ibot.unaddressed.snarfDefinitions.setValue(True)
self.assertSnarfNoResponse('forums are good')
self.assertSnarfRegexp('forums?', r'forums.*are.*good')
self.assertSnarfNoResponse('no, forums are evil')
self.assertNotError('no, forums are evil')
self.assertSnarfRegexp('forums?', r'forums.*.are.*evil')
finally:
ibot.unaddressed.answerQuestions.setValue(answer)
ibot.unaddressed.snarfDefinitions.setValue(learn)
def testDoubleIsAre(self):
answer = ibot.unaddressed.answerQuestions()
learn = ibot.unaddressed.snarfDefinitions()
try:
ibot.unaddressed.answerQuestions.setValue(True)
ibot.unaddressed.snarfDefinitions.setValue(True)
self.assertSnarfNoResponse('foo is <reply> foo is bar')
self.assertSnarfRegexp('foo?', 'foo is bar')
self.assertSnarfNoResponse('bars are <reply> bars are good')
self.assertSnarfRegexp('bars?', 'bars are good')
self.assertSnarfNoResponse('bees are <reply> honey is good')
self.assertSnarfRegexp('bees?', 'honey is good')
self.assertSnarfNoResponse('food is <reply> tacos are good')
self.assertSnarfRegexp('food?', 'tacos are good')
finally:
ibot.unaddressed.answerQuestions.setValue(answer)
ibot.unaddressed.snarfDefinitions.setValue(learn)
# I think this is covered by Karma's noReply()
#def testNoKarmaDunno(self):
# self.assertNoResponse('foo++')
def testPredefinedFactoids(self):
self.assertSnarfNoResponse('what?', 3)
self.assertRegexp('roses?', 'roses are red')
def testListKeys(self):
self.assertRegexp('listkeys rose', 'roses')
def testListValues(self):
self.assertRegexp('listvalues red', 'roses')
def testAddressedQuestions(self):
self.assertSnarfNoResponse('hi is <reply>Hello, $who.')
self.assertSnarfNoResponse('hi')
self.assertRegexp('hi', 'Hello')
def testChange(self):
self.assertSnarfNoResponse('hi is <reply>Hello, $who.')
self.assertNotRegexp('hi =~ s/Hello/Hola/', 'anything matching')
self.assertSnarfNoResponse('hi =~ s/Hola/Foo/')
def testPunctuation(self):
self.assertSnarfNoResponse('test123 is <reply>Something with trailing '
'punctuation.')
self.assertRegexp('test123', r'punctuation\.')
self.assertSnarfNoResponse('foo. is <reply>Key with punctuation')
self.assertRegexp('foo.', r'Key with')
self.assertNotRegexp('forget foo.', r'I didn\'t have anything')
# Factoid keys shouldn't end in a ? so they get stripped
self.assertSnarfNoResponse('bar? is <reply>Key with question')
self.assertRegexp('bar?', r'Key with')
self.assertNotRegexp('forget bar', r'I didn\'t have anything')
# vim:set shiftwidth=4 softtabstop=4 expandtab textwidth=79: