#include "Arduino.h"
#include "Declares.h"
#include "NRF.h"
#include "Device.h"

Device_class Device1;
Device_class Device2;

TIMER_E_Mill ShowTO;
TIMER_E_Mill FakesendDataa;
TIMER_E_Mill FakesendRegister;

bool showaactive;
bool showregister;
bool showsend;
bool showRec;



unsigned long Senddata_long = 2000;
float Senddata_float = 200.55;
uint16_t senddata_int16 = 450;
uint8_t Senddata_int8 = 20;
bool Senddata_bool = true;

unsigned long Readdata_long;
float Readdata_float;
uint16_t readdata_int16;
uint8_t Readdata_int8;
bool Readdata_bool = false;



void setup() {
  // put your setup code here, to run once:
  Serial.begin(115200);

  while (!Serial) {
    // some boards need to wait to ensure access to serial over USB
  }

  Serial.println("-----------------------------");

  ShowTO.SetTimeout = 3000;
  FakesendDataa.SetTimeout = 100;
  FakesendRegister.SetTimeout = 3000;

  NRF.SetRole(_Slave);
  NRF.Set_Transmit(Activate);
  NRF.init();

  Device1.Set_Transmit(Receiving);
  Device1.Set_Control(ManualACK);
  Device1.Set_Valtypes(isuint8_t);
  Device1.Set_Receiver_ID(200);
  Device1.Set_SendTimer(5000);

  
  Device2.Set_Receiver_ID(240);
  Device2.Set_SendTimer(5000);

  NRF.Register_Dev(Device1);
 // NRF.Register_Dev(Device2);

  NRF.CreateAddress();

  Serial.println(" Register size = " + String( NRF.Register_p_size));


}

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


//--------------------------------loop---------------------------------

void loop() {

  FakesendDataa.Start_Timeout();
  if (FakesendDataa.Timeout()) {
    NRF.Act_Send();
  }

  
 

  NRF.Updates();

  // all these should be under nrf update easier for now here

  switch (NRF.Transmit) {
    case Activate:
      if (!showaactive) {
        Serial.println(F("Activate"));
        showaactive = true;
      }
      if (NRF.Role == _Master) {
        NRF.Act_Send();
      }
      else if (NRF.Role == _Slave) {
        NRF.Act_Rec();
      }
      break;



// NOTE: on register master sends first then Receives slave receives then sends
    case Register:
      if (!showregister) {
        Serial.println(F("Register"));
        showregister = true;
      }

      if (NRF.Role == _Master) {
        NRF.Register_send();
      }
      else if (NRF.Role == _Slave) {
        NRF.FakeRegister_send();
        NRF.Register_rec();
      }


      break;

    case Sending:
      if (!showsend) {
        Serial.println(F("Sending"));
        showsend = true;
        showRec = false;
      }
      break;

    case Receiving:
      if (!showRec) {
        Serial.println(F("Receiveing"));
        Serial.println(Globaltime());
        showRec = true;
        showsend = false;
      }
      break;

  }





  //Device1.Setdata(Senddata_int8);



  Device1.Getdata(Readdata_int8);


  ShowTO.Start_Timeout();
  if (ShowTO.Timeout()) {

    //  Print_Receive_Address(1);
    //Print_WritePipe_Address(1);
    //Serial.print("Readdata_int8 = ");
    //  Serial.println(Readdata_int8);
  }





}