se/SE/stuff/Slave_Ports_Status/Slave_Ports_Status.cpp

#include "Slave_Ports_Status.h"

/*Slave_Ports_Status::Slave_Ports_Status(Client& client) : m_client(client) {
    m_accountName = NULL;
    m_appKeyName = NULL;
    m_appKeyValue = NULL;
    m_path = NULL;
    m_nextChar = NULL;
    m_nextState = END;
}
*/

/*
Slave_Ports_Status::Slave_Ports_Status(Client& client) : m_client(client) {
    m_accountName = NULL;
    m_appKeyName = NULL;
    m_appKeyValue = NULL;
    m_path = NULL;
    m_nextChar = NULL;
    m_nextState = END;
}
*/
/*

void Slave_Ports_Status::push() { //


}
*/



Slave_Ports_Status::Slave_Ports_Status(){
    Serial.print("#35 Slave_Ports_Status::Slave_Ports_Status():");
    _count = 0 ;
   Slave_Ports_Status_T Slave_Ports_Status_A[10];
   // Slave_Ports_Status_QUEUE_T Slave_Ports_Status_QUEUE_A[10] ;
    //_queue_id_current = 0 ;
    //_queue_count = 0;
}



/*
inline int Slave_Ports_Status::add(Slave_Ports_Status_T item)
{
  
  Serial.print("Add item...  _count["); Serial.print(item.Port_ID);
  
   Serial.print("] 0 ["); Serial.print(item.Port_ID);
   Serial.print("1 ["); Serial.print(item._Slave_ID);
   Serial.print("2 ["); Serial.print(item.PortTypes);
   Serial.print("3 ["); Serial.print(item.Address);
   Serial.print("4 ["); Serial.print(item.LocalPort);
   Serial.print("5 ["); Serial.print(item.Exp_state);
   Serial.print("6 ["); Serial.print(item.Exp_state_ttl);
   Serial.print("7 ["); Serial.print(item.Broadcast_state);
   Serial.println("]"); 
   
   return 1 ;
}
*/


 
/*
  void Slave_Ports_Status::I2C_driver_FS(int  I2C_driver) { //char*
  
   
    // Serial.print("I2C_driver_FS[");
     //Serial.print(I2C_driver_F(_NOT_USED_));
     if(I2C_driver_NOT_USED_  == I2C_driver) {
       Serial.println("_NOT_USED_");
                       
      // I2C_driver_FT =  "_NOT_USED______________";
       //return  "_NOT_USED______________";
     }
       else if( I2C_driver_Adafruit_PWMServoDriver == I2C_driver) {
       Serial.println("Adafruit_PWMServoDriver");
                       //12345678901234567890134
     //   I2C_driver_FT = "Adafruit_PWMServoDriver";
      // return  "Adafruit_PWMServoDriver";
     } else {
        Serial.print("_UNKNOWN_");
       //  I2C_driver_FT = "_UNKNOWN_______________";
      //  return  "_UNKNOWN_______________";
     }
   
     
 // sprintf(I2C_driver_FT, "%02d", 1);
 // return I2C_driver_FT;
 }
 
*/


 void Slave_Ports_Status::add_port(
                int  Port_ID,
                int  _Slave_ID,
                int  PortTypes,
                int  Address,
                int  LocalPort,
                int  Exp_state,
                int  Exp_state_ttl,
                int  Broadcast_state,
                int I2C_port,
                //int I2C_driver
                int I2C_driver
                )
{
  
  Serial.print("#112 add_port   _count[");
   Serial.print(this->_count);
   Serial.print("]  _count + 1["); Serial.print(this->_count + 1);
   Serial.print("] Port_ID["); Serial.print(Port_ID);
   Serial.print("] _Slave_ID[0x"); Serial.print( _Slave_ID);
   Serial.print("] PortTypes["); Serial.print(PortTypes);
   Serial.print("] Address["); Serial.print(Address);
   Serial.print("] LocalPort["); Serial.print(LocalPort);
   Serial.print("] Exp_state["); Serial.print(Exp_state);
//   Serial.print("] Exp_state_ttl["); Serial.print(Exp_state_ttl);
//   Serial.print("] Broadcast_state["); Serial.print(Broadcast_state);
//   Serial.print("] I2C_port["); Serial.print(I2C_port);
 //  Serial.print("] I2C_driver["); I2C_driver_FS(I2C_driver);
   //Serial.print("] I2C_driver_Rev["); 
      //unsigned char LCDarray1buf[24];
      //LCDarray1.toCharArray(LCDarray1buf, 24);
  //  I2C_driver_FT[24]  =   I2C_driver_FS(I2C_driver_F(I2C_driver)) ;
   Serial.println("]"); 
    //Slave_Ports_Status_A[_count + 1].Port_ID = Port_ID ;
    
    if(this->_count == 0) {
    
     this->Slave_Ports_Status_A[_count ].Port_ID=0x00;
     this->Slave_Ports_Status_A[_count ]._Slave_ID=0x00;
     this->Slave_Ports_Status_A[_count ].PortTypes=0x00;
     this->Slave_Ports_Status_A[_count ].Address=0x00;
     this->Slave_Ports_Status_A[_count ].LocalPort=0x00;
     this->Slave_Ports_Status_A[_count ].Exp_state=0x00;
     this->Slave_Ports_Status_A[_count ].Exp_state_ttl=0x00;
     this->Slave_Ports_Status_A[_count ].Broadcast_state=0x00;
     this->Slave_Ports_Status_A[_count ].I2C_port=0x00;
     this->Slave_Ports_Status_A[_count ].I2C_driver=0x00;
     //_count ++;
     
     this->_count ++;
    /* Slave_Ports_Status::add_port(
                  Port_ID,
                  _Slave_ID,
                  PortTypes,
                  Address,
                  LocalPort,
                  Exp_state,
                  Exp_state_ttl,
                  Broadcast_state,
                 I2C_port,
                 I2C_driver
                );
     */
    }
    
    this->Slave_Ports_Status_A[_count + 1].Port_ID = Port_ID ;
    this->Slave_Ports_Status_A[_count + 1]._Slave_ID = _Slave_ID ;
    this->Slave_Ports_Status_A[_count + 1].PortTypes = PortTypes ;
    this->Slave_Ports_Status_A[_count + 1].Address = Address ;
    this->Slave_Ports_Status_A[_count + 1].LocalPort = LocalPort ;
    this->Slave_Ports_Status_A[_count + 1].Exp_state = Exp_state ;
    this->Slave_Ports_Status_A[_count + 1].Exp_state_ttl = Exp_state_ttl ;
    this->Slave_Ports_Status_A[_count + 1].Broadcast_state = Broadcast_state ;
    this->Slave_Ports_Status_A[_count + 1].I2C_port = I2C_port ;
    this->Slave_Ports_Status_A[_count + 1].I2C_driver = I2C_driver ;
//    Slave_Ports_Status_A[_count + 1].I2C_driver = I2C_driver_F(I2C_driver) ;
    this->_count ++;
  
}


bool Slave_Ports_Status::add_empty()
{
  Serial.println("add_empty");
}


void Slave_Ports_Status::list_ports()
{
  Serial.print("print_ports#154   _count["); Serial.print(_count); Serial.println("] ");
    int i;
    for(i=2;i<=_count;i++) {
 
         Serial.print(" #IND["); Serial.print(i); 
         Serial.print("] Port_ID["); Serial.print(Slave_Ports_Status_A[i].Port_ID, HEX);
         Serial.print("] _Slave_ID[0x"); Serial.print( Slave_Ports_Status_A[i]._Slave_ID, HEX );
         Serial.print("] PortTypes["); Serial.print(Slave_Ports_Status_A[i].PortTypes, HEX);
      //   Serial.println("] Address [");
         Serial.print("] Address["); //Serial.print(Slave_Ports_Status_A[i].Address, HEX);
         Serial.print("] LocalPort["); Serial.print(Slave_Ports_Status_A[i].LocalPort);
         Serial.print("] Exp_state["); Serial.print(Slave_Ports_Status_A[i].Exp_state, HEX);
        Serial.print("] Exp_state_ttl["); Serial.print(Slave_Ports_Status_A[i].Exp_state_ttl, HEX);
         Serial.print("] Broadcast_state["); Serial.print(Slave_Ports_Status_A[i].Broadcast_state, HEX);
         Serial.print("] I2C_port["); Serial.print(Slave_Ports_Status_A[i].I2C_port, HEX);
      //   Serial.print("] I2C_driver[");   Serial.print(Slave_Ports_Status_A[i].I2C_driver.CNF1);
         
          // I2C_driver_FT[24]  = I2C_driver_FS(Slave_Ports_Status_A[i].I2C_driver);
          //  Serial.print(I2C_driver_FT[24]);
         Serial.println("]"); 
         
         
   }
   
   
}

/*

Slave_Ports_Status_S Slave_Ports_Status::get_port(int  Port_ID)
{
 // Serial.print("list_ports#154   _count["); Serial.print(_count); Serial.println("] ");
    //int i;
    //for(i=2;i<=_count;i++) {
        return Slave_Ports_Status_A[Port_ID];         
         
  // }
   //return Slave_Ports_Status_A;
}


*/

Slave_Ports_Status::~Slave_Ports_Status(){
     delete[] Slave_Ports_Status_A;
    //Serial.print("#40 free ~Slave_Ports_Status");
}

/*
int Slave_Ports_Status::get_count()
    {
            return _count;         
    }

*/

/*
 byte Slave_Ports_Status::_Slave_Ports_Protocol_CAN_broadcast_F() {
}
*/