MajorDoMo

Код: Выделить всё

// ----- Radio data functions -----

/// Response to a $info request and return all information of the current radio operation.
/// Format al data as in JSON Format.\n
void respondRadioData()
{
  DEBUG_FUNC0("respondRadioData");
  char s[12];
  StringBuffer sout = StringBuffer(_writeBuffer, sizeof(_writeBuffer));

  // build http header in _writeBuffer and send out.
  sout.append(HTTP_200);
  sout.append(HTTP_CT); sout.append("application/json"); sout.append(CRLF);
  sout.append(HTTP_GENERAL);
  sout.append(HTTP_NOCACHE);
  sout.append(HTTP_ENDHEAD);
  _client.print(_writeBuffer);

  // JSON Data
  sout.clear();
  sout.append('{');
  
  // return frequency
  sout.appendJSON("freq", (int)(radio.getFrequency())); sout.append(',');
  sout.appendJSON("band", (int)(radio.getBand()));  sout.append(',');

  // return radio related features
  RADIO_INFO ri;
  radio.getRadioInfo(&ri);
  sout.appendJSON("mono", ri.mono);  sout.append(',');
  sout.appendJSON("stereo", ri.stereo); sout.append(',');
  // respondJSONObject("rds", ri.rds); sout.append(',');      // has rds signal

  // return rds information 
  sout.appendJSON("servicename", rdsServiceName); sout.append(',');
  sout.appendJSON("rdstext", rdsText); sout.append(',');

  // return audio related features
  AUDIO_INFO ai;
  radio.getAudioInfo(&ai);

  sout.appendJSON("vol", ai.volume); sout.append(',');
  sout.appendJSON("mute", ai.mute); sout.append(',');
  sout.appendJSON("softmute", ai.softmute); sout.append(',');
  sout.appendJSON("bassboost", ai.bassBoost);

  sout.append('}');
  _client.print(_writeBuffer);
} // respondRadioData()

// - - - - - - - - - - - - - - - - - - - - - - - - - -

Код: Выделить всё

bool  CurrCondObj(String* currCondString){
  api_error = false;
  // When using a StaticJsonBuffer you must allocate sufficient memory for the json string returned by the WU api
  Serial.println("Creating object...");
  DynamicJsonBuffer jsonBuffer(5*1024);
  // Create root object and parse the json file returned from the api. The API returns errors and these need to be checked to ensure successful decoding
  JsonObject& root = jsonBuffer.parseObject(*(currCondString));
  if(root.success()) {
    Serial.println("root object created...");
    JsonObject& CurrentObservation = root["current_observation"];
    if(CurrentObservation.success()) {
      Serial.println("CurrentObservation object created...");
      // Now process the  "display_location":
      JsonObject& CurrentObservation_display_location     = CurrentObservation["display_location"]; // Set root location
      
      CurrentObservation_location_full            = CurrentObservation_display_location["full"]; 
      CurrentObservation_location_city            = CurrentObservation_display_location["city"];
      CurrentObservation_location_state           = CurrentObservation_display_location["state"]; 
      CurrentObservation_latitude                 = CurrentObservation_display_location["latitude"]; 
      CurrentObservation_longitude                = CurrentObservation_display_location["longitude"]; 
      CurrentObservation_elevation                = CurrentObservation_display_location["elevation"]; 
      CurrentObservation_location_state_name      = CurrentObservation_display_location["state_name"]; 
      CurrentObservation_location_country         = CurrentObservation_display_location["country"]; 
      CurrentObservation_location_country_iso3166 = CurrentObservation_display_location["country_iso3166"]; 
      CurrentObservation_location_zip             = CurrentObservation_display_location["zip"]; 
      
      CurrentObservation_local_time_rfc822        = CurrentObservation["local_time_rfc822"]; 
      CurrentObservation_observation_time         = CurrentObservation["observation_time"]; 
      CurrentObservation_weather                  = CurrentObservation["weather"]; 
      CurrentObservation_temperature_string       = CurrentObservation["temperature_string"]; 
      CurrentObservation_temp_f                   = CurrentObservation["temp_f"]; 
      CurrentObservation_temp_c                   = CurrentObservation["temp_c"]; 
      CurrentObservation_dewpoint_f               = CurrentObservation["dewpoint_f"]; 
      CurrentObservation_dewpoint_c               = CurrentObservation["dewpoint_c"]; 
      CurrentObservation_heat_index_f             = CurrentObservation["heat_index_f"]; 
      CurrentObservation_heat_index_c             = CurrentObservation["heat_index_c"]; 
      CurrentObservation_windchill_f              = CurrentObservation["windchill_f"]; 
      CurrentObservation_windchill_c              = CurrentObservation["windchill_c"];       
      CurrentObservation_relative_humidity        = CurrentObservation["relative_humidity"]; 
      CurrentObservation_wind_string              = CurrentObservation["wind_string"]; 
      CurrentObservation_wind_mph                 = CurrentObservation["wind_mph"]; 
      CurrentObservation_wind_kph                 = CurrentObservation["wind_kph"]; 
      CurrentObservation_wind_dir                 = CurrentObservation["wind_dir"]; 
      CurrentObservation_wind_degrees             = CurrentObservation["wind_degrees"]; 
      CurrentObservation_pressure_mb              = CurrentObservation["pressure_mb"]; 
      CurrentObservation_pressure_in              = CurrentObservation["pressure_in"]; 
      CurrentObservation_pressure_trend           = CurrentObservation["pressure_trend"]; 
      CurrentObservation_precip_today_string      = CurrentObservation["precip_today_string"]; 
      CurrentObservation_precip_today_in          = CurrentObservation["precip_today_in"];
      CurrentObservation_precip_today_metric      = CurrentObservation["precip_today_metric"]; 
      CurrentObservation_visibility_mi            = CurrentObservation["visibility_mi"];
      CurrentObservation_visibility_km            = CurrentObservation["visibility_km"];
      CurrentObservation_icon                     = CurrentObservation["icon"]; 
      return true;
    }