#ifndef SERIAL_MAC
#define SERIAL_MAC

#include "serial.h"

#define BAUD300 baud300
#define BAUD1200 baud1200
#define BAUD2400 baud2400 
#define BAUD9600 baud9600 
#define BAUD19200 baud19200 
#define BAUD38400 baud38400 

#define CHAR5 data5
#define CHAR6 data6
#define CHAR7 data7
#define CHAR8 data8

#define STOP1 stop10
#define STOP2 stop20

#define NO_PARITY noParity
#define ODD_PARITY oddParity
#define EVEN_PARITY evenParity 

// Check the code directly
//#define DEFAULT_SERIAL_PORT "\p.AOut"

typedef struct {
	short in;
	short out;
	Handle bufHandle;
	} SerialID;

// The size of the serial input buffer
#define kInputBufSize (1024)

/*Open a serial port for activity*/
SerialID Serial_OpenPort(long baud,long parity, long char_bits, long stop_bits);

/*Read all available input without blocking. Returns chars read. */
/*Reads at most length characters*/
int Serial_Read(SerialID port, char* buf, int length);

/*Read all input, but block waiting for at least something.*/
int Serial_ReadBlocking(SerialID port, char* buf, int length);

/*Write length chars from buf*/
int Serial_Write(SerialID port, char* buf, int length);

/* Close the port */
int Serial_ClosePort(SerialID port);

/* Are their bytes waiting to be read? 0 indicates nothing waiting */
/* any other indicates minimum bytes waiting */
int Serial_BytesAvailable(SerialID port);

/* Flush the input queue */
int Serial_FlushInput(SerialID port);


#endif