def handle_userstateset(bot, ievent):
try:
(username, item, value) = ievent.args
except ValueError:
ievent.missing('<username> <item> <value>')
return
userstate = UserState(username)
userstate[item] = value
userstate.save()
ievent.reply('userstate %s set to %s' % (item, value))
def handle_userstateset(bot, ievent):
try:
(username, item, value) = ievent.args
except ValueError:
ievent.missing('<username> <item> <value>')
return
userstate = UserState(username)
userstate[item] = value
userstate.save()
ievent.reply('userstate %s set to %s' % (item, value))
def getemail(username):
try:
state = UserState(username)
if state:
return state['email']
except KeyError:
return
def handle_time(bot, ievent):
""" show current time """
authuser = users.getname(ievent.userhost)
if authuser:
if ievent.rest:
if users.exist(ievent.rest.lower()):
username = ievent.rest.lower()
else:
ievent.reply("We don't have a user %s" % ievent.rest)
return
else:
username = authuser
userstate = UserState(username)
try:
tz = userstate['TZ']
except KeyError:
if username == authuser:
tz = handle_ask_timezone(bot, ievent)
if tz and set_timezone(bot, ievent, userstate, tz):
tz = userstate['TZ']
else:
return
else:
ievent.reply("%s doesn't have a timezone set" % username)
return
ievent.reply(get_time(tz, username, authuser))
else:
ievent.reply(get_time('UTC', '', ''))
def handle_userstate(bot, ievent):
try:
(item, value) = ievent.args
except ValueError:
item = value = None
username = users.getname(ievent.userhost)
userstate = UserState(username)
if item and value:
userstate[item] = value
userstate.save()
result = []
for i, j in userstate.data.iteritems():
result.append("%s=%s" % (i, j))
if result:
ievent.reply("userstate of %s: " % username, result, dot=True)
else:
ievent.reply('no userstate of %s known' % username)
def handle_userstate(bot, ievent):
try:
(item, value) = ievent.args
except ValueError:
item = value = None
username = users.getname(ievent.userhost)
userstate = UserState(username)
if item and value:
userstate[item] = value
userstate.save()
result = []
for i, j in userstate.data.iteritems():
result.append("%s=%s" % (i, j))
if result:
ievent.reply("userstate of %s: " % username, result, dot=True)
else:
ievent.reply('no userstate of %s known' % username)
def handle_userstatedel(bot, ievent):
username = None
try:
(username, item) = ievent.args
except ValueError:
try:
item = ievent.args[0]
except IndexError:
ievent.missing('[username] <item>')
return
if not username:
username = users.getname(ievent.userhost)
userstate = UserState(username)
try:
del userstate.data[item]
except KeyError:
ievent.reply('no such item')
return
userstate.save()
ievent.reply('item %s deleted' % item)
def handle_userstatedel(bot, ievent):
username = None
try:
(username, item) = ievent.args
except ValueError:
try:
item = ievent.args[0]
except IndexError:
ievent.missing('[username] <item>')
return
if not username:
username = users.getname(ievent.userhost)
userstate = UserState(username)
try:
del userstate.data[item]
except KeyError:
ievent.reply('no such item')
return
userstate.save()
ievent.reply('item %s deleted' % item)
def handle_userstateget(bot, ievent):
if not ievent.rest:
ievent.missing('<username>')
return
userstate = UserState(ievent.rest)
result = []
for i, j in userstate.data.iteritems():
result.append("%s=%s" % (i, j))
if result:
ievent.reply("userstate of %s: " % ievent.rest, result, dot=True)
else:
ievent.reply('no userstate of %s known' % ievent.rest)
def handle_timezone(bot, ievent):
""" timezone .. set current timezone. """
username = users.getname(ievent.userhost)
if username:
userstate = UserState(username)
if ievent.rest:
try:
timezone = int(ievent.rest)
set_timezone(bot, ievent, userstate, timezone)
except ValueError:
ievent.reply('TZ needs to be an integer')
return
else:
timezone = handle_ask_timezone(bot, ievent)
if timezone:
set_timezone(bot, ievent, userstate, timezone)
else:
ievent.reply("can't determine timezone")
def handle_weather(bot, ievent):
""" show weather using Google's weather API """
userhost = ""
loc = ""
try:
nick = ievent.options['--u']
if nick:
userhost = getwho(bot, nick)
if not userhost:
ievent.reply("can't determine username for %s" % nick)
return
else:
try:
name = users.getname(userhost)
if not name:
ievent.reply("%s is not known with the bot" % nick)
return
us = UserState(name)
loc = us['location']
except KeyError:
ievent.reply("%s doesn't have his location set in \
userstate" % nick)
return
except KeyError:
pass
if not loc:
if ievent.rest:
loc = ievent.rest
else:
ievent.missing('--u <nick> or <location>')
return
query = urlencode({'weather':loc})
weathertxt = geturl('http://www.google.ca/ig/api?%s' % query)
if 'problem_cause' in weathertxt:
rlog(10, 'weather', 'ERROR: %s' % weathertxt)
ievent.reply('an error occured looking up data for %s' % loc)
return
resultstr = ""
if len(weathertxt) > 135:
gweather = minidom.parseString(weathertxt)
gweather = gweather.getElementsByTagName('weather')[0]
if ievent.command == "weather":
info = gweather.getElementsByTagName('forecast_information')[0]
if info:
city = info.getElementsByTagName('city')[0].attributes["data"].value
zip = info.getElementsByTagName('postal_code')[0].attributes["data"].value
time = info.getElementsByTagName('current_date_time')[0].attributes["data"].value
weather = gweather.getElementsByTagName('current_conditions')[0]
condition = weather.getElementsByTagName('condition')[0].attributes["data"].value
temp_f = weather.getElementsByTagName('temp_f')[0].attributes["data"].value
temp_c = weather.getElementsByTagName('temp_c')[0].attributes["data"].value
humidity = weather.getElementsByTagName('humidity')[0].attributes["data"].value
wind = weather.getElementsByTagName('wind_condition')[0].attributes["data"].value
try:
wind_km = round(int(wind[-6:-4]) * 1.609344)
except ValueError:
wind_km = ""
if (not condition == ""):
condition = " Oh, and it's " + condition + "."
resultstr = "As of %s, %s (%s) has a temperature of %sC/%sF with %s. %s (%s km/h).%s" % (time, city, zip, temp_c, temp_f, humidity, wind, wind_km, condition)
elif ievent.command == "forecast":
forecasts = gweather.getElementsByTagName('forecast_conditions')
for forecast in forecasts:
condition = forecast.getElementsByTagName('condition')[0].attributes["data"].value
low_f = forecast.getElementsByTagName('low')[0].attributes["data"].value
high_f = forecast.getElementsByTagName('high')[0].attributes["data"].value
day = forecast.getElementsByTagName('day_of_week')[0].attributes["data"].value
low_c = round((int(low_f) - 32) * 5.0 / 9.0)
high_c = round((int(high_f) - 32) * 5.0 / 9.0)
resultstr += "[%s: F(%sl/%sh) C(%sl/%sh) %s]" % (day, low_f, high_f, low_c, high_c, condition)
if not resultstr:
ievent.reply('%s not found!' % loc)
return
else:
ievent.reply(resultstr)