def geoPrefs(xPrefs):
info = " ** Geolocation details."
cLocation = ""
if 'location' in xPrefs:
cLocation = xPrefs['location'].encode('utf-8')
rv = {}
if 'geo' not in xPrefs:
xPrefs['geo'] = 'ip'
if xPrefs['geo'] == 'fix':
rv['latitude'] = xPrefs['latitude']
rv['longitude'] = xPrefs['longitude']
info += " GeoCoordinates fixed!"
if (xPrefs['geo'] == "-ip") or (xPrefs['geo'] == "ip"):
rv = ipApi()
# testing purpose only
#print ("ipApi " + str(rv))
#rv['location'] = ""
#rv = {}
if (('location' in rv) == False) or (rv['location'] == ""):
#logInfo(" *** piGeoDetails (ip) failed, try (gmaps) *** \n", '31') # red
logSys(" *** piGeoDetails (ip) failed, try (gmaps) *** \n", '31') # red
xPrefs['geo'] = "-gmaps"
if (xPrefs['geo'] == "-gmaps") or (xPrefs['geo'] == "gmaps"):
rv = gMapsApi(cLocation)
logSys(" geo gmaps status: " + str(rv['status']))
if rv['status'] != 200:
return rv
rvS = sunrise_sunset.getSunrise_Sunset(rv['latitude'], rv['longitude'])
rv['sunset'] = rvS['sunset']
rv['sunrise'] = rvS['sunrise']
rv['status'] = rvS['status']
#print(" ***&&& GeoDetails: " + str(rv))
return rv
def suntime():
#---------------------------------
# support Sunrise/Sunset with time values
# time is calculated for actual day!
if ('latitude' in xP.prefs) and ('longitude' in xP.prefs):
rvS = sunrise_sunset.getSunrise_Sunset(xP.prefs['latitude'], xP.prefs['longitude'])
xP.prefs['sunrise'] = rvS['sunrise']
xP.prefs['sunset'] = rvS['sunset']
logSys("&& check suntime sunrise: " + str(xP.prefs['sunrise']))
logSys("&& check suntime sunset: " + str(xP.prefs['sunset']))
prefsSaveJSON(None, None)
else:
pass
