#include "StringArraySerialHandler.h"
#include "DisplayP10.h"
#include "DhtHandler.h"
#include "AirQualityHandler.h"
//#include "ServerHandler.h"
//#include "SerialPass.h"
/*--------------------------------------------------------------------------------------
  setup
  Called by the Arduino architecture before the main loop begins
--------------------------------------------------------------------------------------*/

uint32_t displayUpdateTick = 0; //for updating LED Board
uint32_t serialUpdateTick = 0;

void setup(void){
  Serial.begin(115200);
  StringArraySerialInit();
  UpdateString(4, "LED-BOARD-V1.0");
  //InitServer();
  InitDHT();
  InitAirQuality();
  InitDisplay();
}

/*--------------------------------------------------------------------------------------
  loop
  Arduino architecture main loop
--------------------------------------------------------------------------------------*/
void loop(void){
   //DisplayDemo();
   //SetLockDisplay(true); //skip display update timer

   //lock display update
   lockDisplay = true;
   timerAlarmDisable(timer);
   
   //delay(2000); //wait display stop updating
   //timerAlarmDisable(timer);
   ReadDHT();
   if (dhtReadOk){
    temp = dhtTemp;
    humidity = dhtHumidity;
   }
   
   //release display update
   lockDisplay = false;
   timerAlarmEnable(timer);

   //Air Quality Reading
   CalculateAirQualityPPM();
   airQualityValue = airQualityDecayed;//airQuality;
   
   //SetLockDisplay(false); //enable diplay timer again
   if ((millis()-displayUpdateTick) >= 50){
    DisplayRoutine();
    displayUpdateTick = millis();
   }
   //dmd.scanDisplayBySPI();

   //udpdating value for server send
   //toServerTemperature = dhtTemp;
   //toServerHumidity = dhtHumidity;
   //toServerAirQuality = airQualityDecayed;
   //toServerSoundLevel = 0;
   //ServerRoutine();
   //Serial.println("adadawdawdwadadasdad:adadadasd:daadadsadadsds");
   
   //updating value to serial 2
   if ((millis()-serialUpdateTick)>=500){
    serialUpdateTick = millis();
    UpdateString(0, (String) dhtTemp);
    UpdateString(1, (String) dhtHumidity);
    UpdateString(2, (String) airQualityDecayed);
    UpdateString(3, (String) 23.45);
    StringArraySend();
    delay(50);
   }
   
  // delay(50);  //pakai kalau tidak read sensor analog
}