// Cayenne LPP Channel numbers per sensor value
#define LPP_CHANNEL_BATT 1             // Base Board
#define LPP_CHANNEL_HUMID 2            // RAK1901, SensorHub
#define LPP_CHANNEL_TEMP 3             // RAK1901, SensorHub
#define LPP_CHANNEL_PRESS 4            // RAK1902, SensorHub
#define LPP_CHANNEL_LIGHT 5            // RAK1903
#define LPP_CHANNEL_HUMID_2 6          // RAK1906
#define LPP_CHANNEL_TEMP_2 7           // RAK1906
#define LPP_CHANNEL_PRESS_2 8          // RAK1906
#define LPP_CHANNEL_GAS_2 9            // RAK1906
#define LPP_CHANNEL_GPS 10             // RAK1910/RAK12500
#define LPP_CHANNEL_SOIL_TEMP 11       // RAK12035
#define LPP_CHANNEL_SOIL_HUMID 12      // RAK12035
#define LPP_CHANNEL_SOIL_HUMID_RAW 13  // RAK12035
#define LPP_CHANNEL_SOIL_VALID 14      // RAK12035
#define LPP_CHANNEL_LIGHT2 15          // RAK12010
#define LPP_CHANNEL_VOC 16             // RAK12047
#define LPP_CHANNEL_GAS 17             // RAK12004
#define LPP_CHANNEL_GAS_PERC 18        // RAK12004
#define LPP_CHANNEL_CO2 19             // RAK12008
#define LPP_CHANNEL_CO2_PERC 20        // RAK12008
#define LPP_CHANNEL_ALC 21             // RAK12009
#define LPP_CHANNEL_ALC_PERC 22        // RAK12009
#define LPP_CHANNEL_TOF 23             // RAK12014
#define LPP_CHANNEL_TOF_VALID 24       // RAK12014
#define LPP_CHANNEL_GYRO 25            // RAK12025
#define LPP_CHANNEL_GESTURE 26         // RAK14008
#define LPP_CHANNEL_UVI 27             // RAK12019
#define LPP_CHANNEL_UVS 28             // RAK12019
#define LPP_CHANNEL_CURRENT_CURRENT 29 // RAK16000
#define LPP_CHANNEL_CURRENT_VOLTAGE 30 // RAK16000
#define LPP_CHANNEL_CURRENT_POWER 31   // RAK16000
#define LPP_CHANNEL_TOUCH_1 32         // RAK14002
#define LPP_CHANNEL_TOUCH_2 33         // RAK14002
#define LPP_CHANNEL_TOUCH_3 34         // RAK14002
#define LPP_CHANNEL_CO2_2 35           // RAK12037
#define LPP_CHANNEL_CO2_Temp_2 36      // RAK12037
#define LPP_CHANNEL_CO2_HUMID_2 37     // RAK12037
#define LPP_CHANNEL_TEMP_3 38          // RAK12003
#define LPP_CHANNEL_TEMP_4 39          // RAK12003
#define LPP_CHANNEL_PM_1_0 40          // RAK12039
#define LPP_CHANNEL_PM_2_5 41          // RAK12039
#define LPP_CHANNEL_PM_10_0 42         // RAK12039
#define LPP_CHANNEL_EQ_EVENT 43        // RAK12027
#define LPP_CHANNEL_EQ_SI 44           // RAK12027
#define LPP_CHANNEL_EQ_PGA 45          // RAK12027
#define LPP_CHANNEL_EQ_SHUTOFF 46      // RAK12027
#define LPP_CHANNEL_EQ_COLLAPSE 47     // RAK12027
#define LPP_CHANNEL_SWITCH 48          // RAK13011
#define LPP_SH_WS 49                   // SensorHub RK900-09
#define LPP_SH_WD 50                   // SensorHub RK900-09
#define LPP_CHANNEL_AUDIO_LEVEL_A 51   // WisBlock Audio
#define LPP_CHANNEL_AUDIO_LEVEL_C 52   // WisBlock Audio
#define LPP_CHANNEL_AUDIO_ALARM 53     // WisBlock Audio
#define LPP_CHANNEL_AUDIO_TYPE 54      // WisBlock Audio
#define LPP_SH_SOIL_MOIST 55           // SensorHub RK500-02
#define LPP_SH_EC 56                   // SensorHub RK500-02
#define LPP_SH_PH_H 57                 // SensorHub RK500-02
#define LPP_SH_PH_L 58                 // SensorHub RK500-02
#define LPP_SH_PYRANO 59               // SensorHub RK200-03
#define LPP_SH_HUMID_PREC 60           // SensorHub RK520-02
#define LPP_CHANNEL_WLEVEL 61          // RAK12059
#define LPP_CHANNEL_WL_LOW 62          // RAK12059
#define LPP_CHANNEL_WL_HIGH 63         // RAK12059

#include <Arduino.h>
#include <CayenneLPP.h>
#include <rak_lpp_.h>

/** LoRaWAN packet */
CayenneLPP g_solution_data(255);

void setup()
{
   // Initialize Serial for debug output
   Serial.begin(115200);

   time_t serial_timeout = millis();
   // On nRF52840 the USB serial is not available immediately
   while (!Serial)
   {
      if ((millis() - serial_timeout) < 5000)
      {
         delay(100);
         digitalWrite(LED_BUILTIN, !digitalRead(LED_BUILTIN));
      }
      else
      {
         break;
      }
   }

   Serial.println("RAKwireless Sensor Node");
   Serial.println("-----------------------");
}

void loop()
{
   // Clear payload
   g_solution_data.reset();

   // Add humidity data
   g_solution_data.addRelativeHumidity(LPP_CHANNEL_HUMID, 32.5);
   // Add temperature data
   g_solution_data.addTemperature(LPP_CHANNEL_TEMP, 16.9);
   // Add barometric pressure data
   g_solution_data.addBarometricPressure(LPP_CHANNEL_PRESS, 1024);

   // Send routines need pointer to the payload and payload size
   // This can be obtained with g_solution_data.getSize() and g_solution_data.getBuffer()

   // Send the packet
   api.lorawan.send(g_solution_data.getSize(), g_solution_data.getBuffer());

   // Sleep for 60 seconds
   api.system.sleep.all(60000);
}

#include <Arduino.h>
#include <wisblock_cayenne.h> // CayenneLPP class extension for some RAKwireless data types
#include <rak_lpp_.h>

/** LoRaWAN packet */
WisCayenne g_solution_data(255);

void setup()
{
   // Initialize Serial for debug output
   Serial.begin(115200);

   time_t serial_timeout = millis();
   // On nRF52840 the USB serial is not available immediately
   while (!Serial)
   {
      if ((millis() - serial_timeout) < 5000)
      {
         delay(100);
         digitalWrite(LED_BUILTIN, !digitalRead(LED_BUILTIN));
      }
      else
      {
         break;
      }
   }

   Serial.println("RAKwireless Sensor Node");
   Serial.println("-----------------------");
}

void loop()
{
   // Clear payload
   g_solution_data.reset();

   // Add VOC data
   g_solution_data.addVoc_index(LPP_CHANNEL_VOC, 30);
   // Add location data in extended precision
   g_solution_data.addGNSS_6(LPP_CHANNEL_GPS, 144213730, 1210069140, 30);

   // Send routines need pointer to the payload and payload size
   // This can be obtained with g_solution_data.getSize() and g_solution_data.getBuffer()

   // Send the packet
   api.lorawan.send(g_solution_data.getSize(), g_solution_data.getBuffer());

   // Sleep for 60 seconds
   api.system.sleep.all(60000);
}