def tweet_oh(self, nick, channel):
if nick == self.bot.nick:
return "Nobody needs to know what I say"
last_message = self.messages[channel].get(nick, '')
if not last_message:
return "%s hasn't said anything yet" % nick
else:
# Account for 4 characters - OH:<space>
msg = "OH: %s" % message_max(last_message, 136)
resp = tweet(msg)
# No over tweeting
try:
del self.messages[channel][nick]
except KeyError:
# Hey, we tried
pass
if not resp:
resp = '%(nick)s that probably did not work'
return resp
def tweet_oh(self, nick, channel):
if nick == self.bot.nick:
return "Nobody needs to know what I say"
last_message = self.messages[channel].get(nick, '')
if not last_message:
return "%s hasn't said anything yet" % nick
else:
# Account for 4 characters - OH:<space>
msg = "OH: %s" % message_max(last_message, 136)
resp = tweet(msg)
# No over tweeting
try:
del self.messages[channel][nick]
except KeyError:
# Hey, we tried
pass
if not resp:
resp = '%(nick)s that probably did not work'
return resp
def test_message_max_handles_unicode():
snowman1 = u'☃' * 255
snowman2 = u'☃'
assert len(twitter.message_max(snowman1, 140)) == 140
assert len(twitter.message_max(snowman2, 140)) == 1
def test_message_max():
msg1 = 'a' * 255
msg2 = 'a'
assert len(twitter.message_max(msg1, 140)) == 140
assert len(twitter.message_max(msg2, 140)) == 1
def test_message_max_handles_unicode():
snowman1 = u'☃' * 255
snowman2 = u'☃'
assert len(twitter.message_max(snowman1, 140)) == 140
assert len(twitter.message_max(snowman2, 140)) == 1
def test_message_max():
msg1 = 'a' * 255
msg2 = 'a'
assert len(twitter.message_max(msg1, 140)) == 140
assert len(twitter.message_max(msg2, 140)) == 1
