def station(station_id):
stations = tahmo.get_stations()
station = tahmo.get_station(station_id)
if bool(station['timeseries']):
timeseries = station['timeseries']
sortedTimeSeries = sorted(timeseries["temperature"].keys())
date = datetime.datetime.strptime(sortedTimeSeries[0],
'%Y-%m-%dT%H:%M')
startTime = calendar.timegm(date.utctimetuple()) * 1000
lasttimeMeasured = sortedTimeSeries[-1]
if "temperature" in timeseries:
lastMeasuredTemp = timeseries["temperature"][sorted(
timeseries["temperature"].keys())[-1]]
else:
lastMeasuredTemp = "No record"
if "precipitation" in timeseries:
lastMeasuredPrecip = timeseries["precipitation"][sorted(
timeseries["precipitation"].keys())[-1]]
else:
lastMeasuredPrecip = "No record"
if "windspeed" in timeseries:
lastMeasuredWindSpeed = timeseries["windspeed"][sorted(
timeseries["windspeed"].keys())[-1]]
else:
lastMeasuredWindSpeed = "No record"
if "winddirection" in timeseries:
lastMeasuredWindDirection = timeseries["winddirection"][sorted(
timeseries["winddirection"].keys())[-1]]
else:
lastMeasuredWindDirection = "No record"
if "atmosphericpressure" in timeseries:
lastMeasuredPressure = timeseries["atmosphericpressure"][sorted(
timeseries["atmosphericpressure"].keys())[-1]]
else:
lastMeasuredPressure = "No record"
if "relativehumidity" in timeseries:
lastMeasuredHumidity = timeseries["relativehumidity"][sorted(
timeseries["relativehumidity"].keys())[-1]]
else:
lastMeasuredHumidity = "No record"
winddirectionClass = windArrow(lastMeasuredWindDirection)
return render_template(
"station.html",
startTime=startTime,
stations=stations,
station=station["station"],
timeseries=timeseries,
lastMeasuredTemp=lastMeasuredTemp,
lastMeasuredPrecip=lastMeasuredPrecip,
lastMeasuredWindSpeed=lastMeasuredWindSpeed,
lastMeasuredWindDirection=lastMeasuredWindDirection,
lastMeasuredPressure=lastMeasuredPressure,
lastMeasuredHumidity=lastMeasuredHumidity,
sortedTimeSeries=sortedTimeSeries,
winddirectionClass=winddirectionClass)
else:
station = station['station']
message = "Station " + station["name"] + " has no recorded timeseries"
return render_template('404.html', message=message,
stations=stations), 404
def stations():
stations = tahmo.get_stations()
marker = []
for station in stations:
station["location"]["infobox"] = "<a href=/station/" + station[
"id"] + ">" + station["name"] + "</a>"
marker.append(station["location"])
print marker
stationsMap = Map(identifier="section-map",
lat=-6.3690,
lng=38.8888,
zoom=7,
style="width:100%; height: 500px",
markers=marker)
return render_template("stations.html",
stations=stations,
stationsMap=stationsMap)
def page_not_found(e):
stations = tahmo.get_stations()
message = "Internal Error"
return render_template('404.html', message=message, stations=stations), 501
def page_not_found(e):
stations = tahmo.get_stations()
message = "Page is gone"
return render_template('404.html', message=message, stations=stations), 410
def index():
# AQsensors
# nodes = cft.get_stations()mValues
node = json.loads(cft.get_station(os.getenv("DEFAULT_NODE")))
pmValues = node['sensors'][0]['sensordatas'][0]['sensordatavalues']
dhtValues = node['sensors'][1]['sensordatas'][1]['sensordatavalues']
p2 = pmValues[0]['value']
p1 = pmValues[1]['value']
cft_lastMeasuredTemp = dhtValues[1]['value']
cft_lastMeasuredHumidity = dhtValues[0]['value']
#choosen default station for home, BRT
stations = tahmo.get_stations()
station = tahmo.get_station(os.getenv("DEFAULT_STATION"))
if bool(station['timeseries']):
timeseries = station['timeseries']
sortedTimeSeries = sorted(timeseries["temperature"].keys())
date = datetime.datetime.strptime(sortedTimeSeries[0],
'%Y-%m-%dT%H:%M')
startTime = calendar.timegm(date.utctimetuple()) * 1000
lasttimeMeasured = sortedTimeSeries[-1]
if "temperature" in timeseries:
lastMeasuredTemp = timeseries["temperature"][sorted(
timeseries["temperature"].keys())[-1]]
else:
lastMeasuredTemp = "No record"
if "precipitation" in timeseries:
lastMeasuredPrecip = timeseries["precipitation"][sorted(
timeseries["precipitation"].keys())[-1]]
else:
lastMeasuredPrecip = "No record"
if "windspeed" in timeseries:
lastMeasuredWindSpeed = timeseries["windspeed"][sorted(
timeseries["windspeed"].keys())[-1]]
else:
lastMeasuredWindSpeed = "No record"
if "winddirection" in timeseries:
lastMeasuredWindDirection = timeseries["winddirection"][sorted(
timeseries["winddirection"].keys())[-1]]
else:
lastMeasuredWindDirection = "No record"
if "atmosphericpressure" in timeseries:
lastMeasuredPressure = timeseries["atmosphericpressure"][sorted(
timeseries["atmosphericpressure"].keys())[-1]]
else:
lastMeasuredPressure = "No record"
if "relativehumidity" in timeseries:
lastMeasuredHumidity = timeseries["relativehumidity"][sorted(
timeseries["relativehumidity"].keys())[-1]]
else:
lastMeasuredHumidity = "No record"
winddirectionClass = windArrow(lastMeasuredWindDirection)
return render_template(
"index.html",
startTime=startTime,
stations=stations,
station=station["station"],
timeseries=timeseries,
lastMeasuredTemp=lastMeasuredTemp,
lastMeasuredPrecip=lastMeasuredPrecip,
lastMeasuredWindSpeed=lastMeasuredWindSpeed,
lastMeasuredWindDirection=lastMeasuredWindDirection,
lastMeasuredPressure=lastMeasuredPressure,
lastMeasuredHumidity=lastMeasuredHumidity,
sortedTimeSeries=sortedTimeSeries,
p1=p1,
p2=p2,
cft_lastMeasuredHumidity=cft_lastMeasuredHumidity,
cft_lastMeasuredTemp=cft_lastMeasuredTemp,
winddirectionClass=winddirectionClass)
else:
station = station['station']
message = "Station " + station["name"] + " has no recorded timeseries"
return render_template('404.html', message=message,
stations=stations), 404