def msg(self, channel, message):
"""
Send a message over XMPP to the specified channel. Channels prefixed with '#' are assumed
to be multi user chat rooms, otherwise, they are assumed to be individual users.
:param channel: The XMPP channel to send the message to. A channel not prefixed by a '#'
will be sent as a private message to a user with that nick.
:param message: The message to send
"""
logger.debug('[-->] %s - %s', channel, message)
is_public = self.is_public_channel(channel)
if is_public:
resp_host = self.conference_host
resp_type = 'groupchat'
else:
resp_host = self.jid.host
resp_type = 'chat'
resp_channel = '{user}@{host}'.format(user=channel,
host=resp_host).lstrip('#')
# Create the response <message/> element
element = domish.Element(('jabber:client', 'message'),
attribs={
'to': resp_channel,
'from': self.jid.full(),
'type': resp_type,
})
element.addElement('body', content=encodings.to_unicode(message))
self.stream.send(element)
def msg(self, channel, message):
"""
Send a message over XMPP to the specified channel. Channels prefixed with '#' are assumed
to be multi user chat rooms, otherwise, they are assumed to be individual users.
:param channel: The XMPP channel to send the message to. A channel not prefixed by a '#'
will be sent as a private message to a user with that nick.
:param message: The message to send
"""
logger.debug('[-->] %s - %s', channel, message)
is_public = self.is_public_channel(channel)
if is_public:
resp_host = self.conference_host
resp_type = 'groupchat'
else:
resp_host = self.jid.host
resp_type = 'chat'
resp_channel = '{user}@{host}'.format(user=channel, host=resp_host).lstrip('#')
# Create the response <message/> element
element = domish.Element(('jabber:client', 'message'), attribs={
'to': resp_channel,
'from': self.jid.full(),
'type': resp_type,
})
element.addElement('body', content=encodings.to_unicode(message))
self.stream.send(element)
def jira_match(client, channel, nick, message, matches):
jira_url = to_unicode(settings.JIRA_URL)
full_urls = dict(map(lambda s: (s, jira_url.format(ticket=s)), matches))
if not getattr(settings, 'JIRA_SHOW_FULL_DESCRIPTION', True):
return u'{0} might be talking about JIRA ticket: {1}'.format(nick, ', '.join(full_urls.values()))
# Otherwise, do the fetching with a deferred
reactor.callLater(0, jira_full_descriptions, client, channel, full_urls)
raise ResponseNotReady
def jira_match(client, channel, nick, message, matches):
jira_url = to_unicode(settings.JIRA_URL)
full_urls = dict(map(lambda s: (s, jira_url.format(ticket=s)), matches))
if not getattr(settings, 'JIRA_SHOW_FULL_DESCRIPTION', True):
return u'{0} might be talking about JIRA ticket: {1}'.format(
nick, ', '.join(full_urls.values()))
# Otherwise, do the fetching with a deferred
reactor.callLater(0, jira_full_descriptions, client, channel, full_urls)
raise ResponseNotReady
def _rest_desc(ticket, url, auth=None):
api_url = to_unicode(settings.JIRA_REST_API)
resp = requests.get(api_url.format(ticket=ticket), auth=auth)
try:
resp.raise_for_status()
except:
logger.error('Error getting JIRA ticket %s. Status %s', ticket, resp.status_code)
return
try:
return u'[{0}] {1} ({2})'.format(ticket.upper(), resp.json()['fields']['summary'], url)
except:
return u'[{0}] {1}'.format(ticket.upper(), url)
def _rest_desc(ticket, url, auth=None):
api_url = to_unicode(settings.JIRA_REST_API)
resp = requests.get(api_url.format(ticket=ticket), auth=auth)
try:
resp.raise_for_status()
except:
logger.error('Error getting JIRA ticket %s. Status %s', ticket,
resp.status_code)
return
try:
return u'[{0}] {1} ({2})'.format(ticket.upper(),
resp.json()['fields']['summary'], url)
except:
return u'[{0}] {1}'.format(ticket.upper(), url)
def test_to_unicode_with_unicode_string():
snowman = u'☃'
retval = to_unicode(snowman)
assert snowman == retval
assert isinstance(retval, unicode)
def test_to_unicode_with_byte_string():
snowman = u'☃'
bytes = '\xe2\x98\x83'
retval = to_unicode(bytes)
assert snowman == retval
assert isinstance(retval, unicode)
def test_to_unicode_with_unicode_string():
snowman = u'☃'
retval = to_unicode(snowman)
assert snowman == retval
assert isinstance(retval, unicode)
def test_to_unicode_with_byte_string():
snowman = u'☃'
bytes = '\xe2\x98\x83'
retval = to_unicode(bytes)
assert snowman == retval
assert isinstance(retval, unicode)
