/*   #define RS485_RX_PIN       PIN_C7   // Data receive pin

   #define RS485_TX_PIN       PIN_C6   // Data transmit pin

   #define RS485_ENABLE_PIN   PIN_B4   // Controls DE pin.  RX low, TX high.
   #define RS485_RX_ENABLE    PIN_B5   // Controls RE pin.  Should keep low.

#use rs232(baud=2400,xmit=RS485_TX_PIN, rcv=RS485_RX_PIN, enable=RS485_ENABLE_PIN,parity=N,force_sw,errors, stream=RS485_CD)
#bit    rs485_collision = rs232_errors.6*/
/*
#ifndef RS485_DRIVER
#define RS485_DRIVER

#ifndef RS485_ID
#define RS485_ID  0x10                 // The device's RS485 address or ID
#endif

   #ifndef RS485_RX_PIN
   #define RS485_RX_PIN       PIN_C7   // Data receive pin
   #endif

   #ifndef RS485_TX_PIN
   #define RS485_TX_PIN       PIN_C6   // Data transmit pin
   #endif

   #ifndef RS485_ENABLE_PIN
   #define RS485_ENABLE_PIN   PIN_B4   // Controls DE pin.  RX low, TX high.
   #endif

   #ifndef RS485_RX_ENABLE
   #define RS485_RX_ENABLE    PIN_B5   // Controls RE pin.  Should keep low.
   #endif

#use rs232(baud=9600, xmit=RS485_TX_PIN, rcv=RS485_RX_PIN, enable=RS485_ENABLE_PIN, force_sw, multi_master, errors,parity=n, stream=RS485_CD)

#define RCV_OFF() {setup_uart(FALSE);}
#define RCV_ON() {setup_uart(TRUE);}
#define RS485_wait_time 20             // Wait time in milliseconds

#bit    rs485_collision = rs232_errors.6
#ifndef RS485_RX_BUFFER_SIZE
#define RS485_RX_BUFFER_SIZE  40
#endif

int rs485_state, rs485_ni, rs485_no;
int rs485_buffer[RS485_RX_BUFFER_SIZE];
*/
#ifndef RS485_DRIVER
#define RS485_DRIVER

#ifndef RS485_ID
#define RS485_ID  0x10                 // The device's RS485 address or ID
#endif

   #ifndef RS485_RX_PIN
   #define RS485_RX_PIN       PIN_C7   // Data receive pin
   #endif

   #ifndef RS485_TX_PIN
   #define RS485_TX_PIN       PIN_C6   // Data transmit pin
   #endif

   #ifndef RS485_ENABLE_PIN
   #define RS485_ENABLE_PIN   PIN_B4   // Controls DE pin.  RX low, TX high.
   #endif

   #ifndef RS485_RX_ENABLE
   #define RS485_RX_ENABLE    PIN_B5   // Controls RE pin.  Should keep low.
   #endif

//   #use rs232(baud=9600, xmit=RS485_TX_PIN, rcv=RS485_RX_PIN, enable=RS485_ENABLE_PIN, bits=9, long_data, errors, stream=RS485)
   #use rs232(baud=9600, xmit=RS485_TX_PIN, rcv=RS485_RX_PIN, enable=RS485_ENABLE_PIN, bits=9, long_data, force_sw, multi_master, errors, stream=RS485_CD)

    //  #define RCV_OFF() {setup_uart(FALSE,RS485);setup_uart(TRUE,RS485_CD);}
#define RCV_OFF() {setup_uart(FALSE);}
#define RS485_wait_time 20             // Wait time in milliseconds

#bit    rs485_collision = rs232_errors.6

#ifndef RS485_RX_BUFFER_SIZE
#define RS485_RX_BUFFER_SIZE  40
#endif

int rs485_state, rs485_ni, rs485_no;
int rs485_buffer[RS485_RX_BUFFER_SIZE];

// Purpose:    Enable data reception
// Inputs:     None
// Outputs:    None
void RCV_ON(void) {
     // while(kbhit(RS485)) {getc();} // Clear RX buffer. Clear RDA interrupt flag. Clear overrun error flag.
       /*  setup_uart(UART_ADDRESS,RS485);
         setup_uart(TRUE,RS485);
         setup_uart(FALSE,RS485_CD);*/
         setup_uart(UART_ADDRESS);
         setup_uart(TRUE);
    
  
}