def register_wakeup_time(self, origins, destinations, time, brekfast_time):
global weather_and_traffic
weather_and_traffic = get_weather_and_traffic()
s = WakeupInfo("wakeup_info.json", origins, destinations, time, 0, brekfast_time)
routing_info = self.get_routing_info(s.origins, s.destinations)
print (routing_info)
estimating_time = routing_info["rows"][0]["elements"][0]["duration"]["value"]
s.estimating_time = timediff_to_humantime(estimating_time)
status = s.save()
if status == True:
return "1"
else:
return "0"
def api(self):
input_json = cherrypy.request.json
print input_json
try:
s = WakeupInfo("wakeup_info.json", [], [], "", "", "")
s.refresh()
if "arrivalTime" in input_json.keys():
s.time = input_json["arrivalTime"].encode("ascii", "ignore")
if "breakfastTime" in input_json.keys():
s.brekfast_time = input_json["breakfastTime"].encode("ascii", "ignore")
s.save()
except:
print "API key time Error"
else:
print "Time updated! {0} and {1}".format(s.time, s.brekfast_time)
if "alarmStatus" in input_json.keys():
if input_json["alarmStatus"] == "silence":
self.silence = True
if "url" in input_json.keys():
self.phone_url = input_json["url"]
print "URL updated!"
return "Hello. This is our API"
def is_wakeup_time(self):
self.is_server_run = True
# print("**********************************************************************************************************************************")
s = WakeupInfo("wakeup_info.json", [], [], "", "", "")
status = s.refresh()
global weather_and_traffic
time_now_unix = time.mktime((dt.datetime.now()).timetuple())
wakeup_time_unix = getWakeupTimeInUnix(s.time)
estimating_time_unix = (
get_sec(s.estimating_time) + get_sec(s.estimating_time) * weather_and_traffic["traffic_level"] / 10.0
)
remaining_time = abs(wakeup_time_unix - time_now_unix)
must_wakeup_time = wakeup_time_unix - estimating_time_unix - get_sec(s.brekfast_time)
# if abs( remaining_time - estimating_time_unix ) < 60:
# if abs( remaining_time - estimating_time_unix ) - self.diff > 82000:
# if abs( remaining_time - estimating_time_unix ) - self.diff > 82000:
if must_wakeup_time - time_now_unix < 0 and self.diff >= 0:
decision = True
else:
decision = False
if self.diff >= 0:
# est_time = abs( remaining_time - estimating_time_unix )
est_time = abs(remaining_time - estimating_time_unix - get_sec(s.brekfast_time))
else:
# est_time = 86400 + remaining_time - estimating_time_unix
est_time = 86400 + remaining_time - estimating_time_unix - get_sec(s.brekfast_time)
answer_template = """
<tbody>
<alarm>
{0}
</alarm>
<string1>
{1}
</string1>
<string2>
{2}
</string2>
</tbody>
"""
global string1, string2
string1 = "{0}".format(str(timediff_to_humantime(est_time)))
string2 = "Jam: {0}, Tem: {1}".format(weather_and_traffic["traffic_level"], weather_and_traffic["fact_temp"])
# print( "Weather and traffic info: ", weather_and_traffic )
# print( "Estimating time (from google): ", timediff_to_humantime( get_sec( s.estimating_time ) ) )
# print( "Estimating time (add from yandex): ", timediff_to_humantime( get_sec( s.estimating_time ) * weather_and_traffic["traffic_level"] / 10.0 ) )
# print( "Estimating time (final): ", timediff_to_humantime( estimating_time_unix ), estimating_time_unix )
print ("Remaining time: ", timediff_to_humantime(est_time), est_time)
print ("Decision: ", decision)
# print( "diff: ", timediff_to_humantime( self.diff ), self.diff )
# print( "remaining_time: ", timediff_to_humantime( remaining_time ), remaining_time )
print ("**********************************************************************************")
# self.diff = abs( remaining_time - estimating_time_unix )
self.diff = must_wakeup_time - time_now_unix
return decision
