def remotecb(bot, event):
""" dispatch an event. """
try:
container = Container().load(event.txt)
except TypeError:
handle_exception()
logging.warn("remotecallbacks - not a remote event - %s " %
event.userhost)
return
logging.debug('doing REMOTE callback')
try:
digest = hmac.new(str(container.hashkey),
XMLunescape(container.payload),
hashlib.sha512).hexdigest()
logging.debug("remotecallbacks - digest is %s" % digest)
except TypeError:
handle_exception()
logging.error("remotecallbacks - can't load payload - %s" %
container.payload)
return
if container.digest == digest:
e = EventBase().load(XMLunescape(container.payload))
else:
raise NoProperDigest()
e.txt = XMLunescape(e.txt)
e.nodispatch = True
e.forwarded = True
bot.doevent(e)
event.status = "done"
return
def __init__(self, input={}):
if input == None: EventBase.__init__(self)
else: EventBase.__init__(self, input)
try:
self['fromm'] = self['from']
except (KeyError, TypeError):
self['fromm'] = ''
def remotecb(bot, event):
""" dispatch an event. """
try:
container = Container().load(event.txt)
except TypeError:
handle_exception()
logging.warn("remotecallbacks - not a remote event - %s " % event.userhost)
return
logging.debug("doing REMOTE callback")
try:
digest = hmac.new(str(container.hashkey), xmlstream.XMLunescape(container.payload), hashlib.sha512).hexdigest()
logging.debug("remotecallbacks - digest is %s" % digest)
except TypeError:
handle_exception()
logging.error("remotecallbacks - can't load payload - %s" % container.payload)
return
if container.digest == digest:
e = EventBase().load(xmlstream.XMLunescape(container.payload))
else:
raise NoProperDigest()
e.txt = xmlstream.XMLunescape(e.txt)
e.nodispatch = True
e.forwarded = True
e.dontbind = True
bot.doevent(e)
event.status = "done"
return
def __init__(self):
EventBase.__init__(self)
self.bottype = "wave"
self.msg = False
self.target = None
self.roottarget = None
self.rootreply = None
self.gadget = None
self.result = []
self.cbtype = "BLIP_SUBMITTED"
def __init__(self):
EventBase.__init__(self)
self.bottype = "wave"
self.msg = False
self.target = None
self.roottarget = None
self.rootreply = None
self.gadget = None
self.result = []
self.cbtype = "BLIP_SUBMITTED"
self.overload = True
def handle(self):
""" send TICK events to callback. """
self.counter += 1
event = EventBase()
event.nolog = True
event.nobind = True
event.channel = "usedefault"
event.stop = True
if self.counter % 60 == 0:
event.type = event.cbtype = 'TICK60'
callbacks.check(self.bot, event)
maincfg = getmainconfig()
t = maincfg.ticksleep or 1
if self.counter % t == 0:
event.type = event.cbtype = 'TICK'
callbacks.check(self.bot, event)
def get(self, name):
""" get a attribute by name. """
if self.has_key('subelements'):
for i in self['subelements']:
if name in i: return i[name]
if self.has_key(name): return self[name]
return EventBase()
class TickLoop(TimedLoop):
event = EventBase()
event.type = event.cbtype = 'TICK'
def start(self, bot=None):
""" start the loop. """
self.bot = bot
TimedLoop.start(self)
def handle(self):
""" send TICK events to callback. """
callbacks.check(self.bot, self.event)
def boteventcb(inputdict, request, response):
#logging.warn(inputdict)
#logging.warn(dir(request))
#logging.warn(dir(response))
body = request.body
#logging.warn(body)
payload = json.loads(body)
try:
botjson = payload['bot']
logging.warn(botjson)
cfg = LazyDict(json.loads(botjson))
#logging.warn(str(cfg))
bot = BotFactory().create(cfg.type, cfg)
logging.warn("created bot: %s" % bot.tojson(full=True))
eventjson = payload['event']
#logging.warn(eventjson)
event = EventBase()
event.update(LazyDict(json.loads(eventjson)))
logging.warn("created event: %s" % event.tojson(full=True))
event.notask = True
bot.doevent(event)
except Exception, ex: handle_exception()
def handle(self):
""" send TICK events to callback. """
self.counter += 1
event = EventBase()
event.nolog = True
event.nobind = True
event.channel = "usedefault"
event.stop = True
if self.counter % 60 == 0:
event.type = event.cbtype = 'TICK60'
callbacks.check(self.bot, event)
maincfg = getmainconfig()
t = maincfg.ticksleep or 1
if self.counter % t == 0:
event.type = event.cbtype = 'TICK'
callbacks.check(self.bot, event)
def boteventcb(inputdict, request, response):
logging.warn(inputdict)
logging.warn(dir(request))
logging.warn(dir(response))
body = request.body
logging.warn(body)
payload = json.loads(body)
try:
botjson = payload['bot']
logging.warn(botjson)
cfg = LazyDict(json.loads(botjson))
logging.warn(str(cfg))
bot = BotFactory().create(cfg.type, cfg)
logging.warn("botevent - created bot: %s" % bot.dump())
eventjson = payload['event']
logging.warn(eventjson)
event = EventBase()
event.update(LazyDict(json.loads(eventjson)))
logging.warn("botevent - created event: %s" % event.dump())
event.isremote = True
event.notask = True
bot.doevent(event)
except Exception, ex:
handle_exception()
def __init__(self, bot=None):
EventBase.__init__(self, bot=bot)
self.bottype = "tornado"
self.cbtype = "TORNADO"
self.bot = bot
self.how = "overwrite"
def reply(self, txt, result=[], event=None, origin="", dot=u", ", nr=600, extend=0, showall=True, *args, **kwargs):
EventBase.reply(self, txt, result, event, origin, dot, nr, extend, showall=True, *args, **kwargs)
def __getattr__(self, name):
""" override getattribute so nodes in payload can be accessed. """
if not self.has_key(name) and self.has_key('subelements'):
for i in self['subelements']:
if name in i: return i[name]
return EventBase.__getattr__(self, name, default="")
def __init__(self, bot=None):
EventBase.__init__(self, bot=bot)
self.bottype = "web"
self.cbtype = "WEB"
self.bot = bot
def __init__(self, bot=None):
EventBase.__init__(self, bot=bot)
self.bottype = "web"
self.cbtype = "WEB"
self.bot = bot
def __init__(self, bot=None):
EventBase.__init__(self)
self.bottype = "xmpp"
self.cbtype = 'MESSAGE'
self.bot = bot
def __init__(self, bot=None):
EventBase.__init__(self, bot=bot)
self.bottype = "tornado"
self.cbtype = "TORNADO"
self.bot = bot
self.how = "overwrite"
def outnocb(self, channel, txt, how=None, event=None, origin=None, response=None, dotime=False, *args, **kwargs):
txt = self.normalize(txt)
if event and event.how != "background":
logging.info("%s - out - %s" % (self.cfg.name, txt))
if "http://" in txt or "https://" in txt:
for item in re_url_match.findall(txt):
logging.debug("web - raw - found url - %s" % item)
url = u'<a href="%s" onclick="window.open(\'%s\'); return false;">%s</a>' % (item, item, item)
try: txt = txt.replace(item, url)
except ValueError: logging.error("web - invalid url - %s" % url)
if response: self._raw(txt, event.target, event.how, event.handler)
else:
if event:
e = cpy(event)
e.txt = txt
e.channel = channel
e.how = event.how or how
else:
e = EventBase()
e.nick = self.cfg.nick
e.userhost = self.cfg.nick + "@" + "bot"
e.channel = channel
e.txt = txt
e.div = "content_div"
e.origin = origin
e.how = how or "overwrite"
e.headlines = True
e.update(kwargs)
update_web(self, e)
self.benice(event)
def __getattr__(self, name):
""" override getattribute so nodes in payload can be accessed. """
if not self.has_key(name) and self.has_key('subelements'):
for i in self['subelements']:
if name in i: return i[name]
return EventBase.__getattr__(self, name, default="")
def __init__(self, input={}):
if input == None: EventBase.__init__(self)
else: EventBase.__init__(self, input)
try: self['fromm'] = self['from']
except (KeyError, TypeError): self['fromm'] = ''
def outnocb(self,
channel,
txt,
how=None,
event=None,
origin=None,
response=None,
dotime=False,
*args,
**kwargs):
txt = self.normalize(txt)
if event and event.how != "background":
logging.info("%s - out - %s" % (self.cfg.name, txt))
if "http://" in txt or "https://" in txt:
for item in re_url_match.findall(txt):
logging.debug("web - raw - found url - %s" % item)
url = u'<a href="%s" onclick="window.open(\'%s\'); return false;">%s</a>' % (
item, item, item)
try:
txt = txt.replace(item, url)
except ValueError:
logging.error("web - invalid url - %s" % url)
if response or (event and event.doweb):
self._raw(txt, event.target, event.how, event.handler)
else:
if event:
e = cpy(event)
e.txt = txt
e.channel = channel
e.how = event.how or how
else:
e = EventBase()
e.nick = self.cfg.nick
e.userhost = self.cfg.nick + "@" + "bot"
e.channel = channel
e.txt = txt
e.div = "content_div"
e.origin = origin
e.how = how or "overwrite"
e.headlines = True
e.update(kwargs)
update_web(self, e)
self.benice(event)
def __init__(self, bot=None):
EventBase.__init__(self)
self.bottype = "xmpp"
self.cbtype = 'MESSAGE'
self.bot = bot