def get(self):
d = self.request.GET
logging.info("raw get variables {0}".format(d))
sensor_id = d["sensor_id"]
raw = d["value"]
data = SensorData(sensor_id=sensor_id, raw=raw)
logging.info("SensorData variables {0}".format(data))
data.put()
self.response.write('Saved {0}'.format(data.to_dict()))
def tsp(curr_loc):
res = SensorData.all_newest_both()
res = sorted(res, key=lambda a: a[1].estValue(a[0]))
res = res[:8]
logging.info(res)
points = [curr_loc] + ["{0},{1}".format(w[0].wgs84.lat, w[0].wgs84.lon) for w in res] + [curr_loc]
route = maps(points)
logging.info("route {0}".format(route))
order = route['routes'][0]['waypoint_order']
waypoints = route['geocoded_waypoints']
ans = [curr_loc]
wps = []
for o in order:
ans.append(points[1:-1][o])
wps.append(waypoints[o])
logging.info("ans {0}".format(ans))
return ans, waypoints
def get(self):
d = self.request.GET
if 'n' in d:
n = int(d['n'])
else:
n = None
res = SensorData.last_n_by_hours(d["sid"], n, False)
# write response
self.response.content_type = "application/json"
self.response.write(jsonify([x.json() for x in res]))
def get(self):
res = SensorData.all_newest()
logging.info(res)
features = [self.geojson(r) for r in res]
jsn = {
"type": "FeatureCollection",
"features": features
}
# write response
self.response.content_type = "application/json"
self.response.write(jsonify(jsn))
