#ifndef _EESD_H_
#define _EESD_H_
#include<system.h>

/************************************************************
 * This is the header file that goes with the starting
 * library routines that  Drive LCD display
 *        
 */


/*  LCD Routines
 *
 *  Notes: Board is setup for 4 bit data on the upper
 *  bits of port D. Control port is on poert E.0 and
 *  E.1. Note that the R/W is pulled to 0, so that only
 *  writing is done to the display.
 *  NOTE: Ports must be set digital before using the LCD display
 *  */

// Ports naming

#define LCD_DATA           latd   // LCD data port
#define LCD_E_port         late   // enable control port
#define LCD_RS_port        late   // register select port

volatile bit rxflag@PIR1.5 = 0;
//volatile bit data1@PORTB.1 = 0;
//volatile bit data2@PORTB.2 = 0;

extern bool gameisnotover = 1;
extern bool sflag1 = 1;			// Sensor 1 flag
extern bool sflag2 = 1;			// Sensor 2 flag
extern bool sflag3 = 1;			// Sensor 3 flag
extern bool sflag4 = 1;			// Sensor 4 flag
extern bool sflag5 = 1;			// Sensor 5 flag
extern bool sflag6 = 1;			// Sensor 6 flag
extern bool reset = 1;
// Control signals

#define LCD_E_bit       1    // LCD enable register
#define LCD_RS_bit      0    // LCD register select

// Some usefull macros. These set or clear the control
// or register select bits.

#define LCD_E_U     set_bit(LCD_E_port, LCD_E_bit)
#define LCD_E_D     clear_bit(LCD_E_port, LCD_E_bit)
#define LCD_RS_U    set_bit(LCD_RS_port, LCD_RS_bit)
#define LCD_RS_D    clear_bit(LCD_RS_port, LCD_RS_bit)

// Use nested macros

#define write_data  LCD_RS_U; LCD_E_U; LCD_E_D;  // RS=1, toggle enable bit
#define write_cmd   LCD_RS_D; LCD_E_U; LCD_E_D;  // RS=0, toggle enable bit

// LCD Function prototypes 
void LCD_init(void);     // init LCD display
void LCD_ph1(char data);  // sends ascii of a single hex digit to display
void LCD_char(char data); // sends ascii character to display
void LCD_icmd(char data); //  sends 8 bit command (init till set to 4 bits)
void LCD_cmd(char data); // sends command to 4 bit interface nibble by nibble
void LCD_dec(char data); // displays byte as decimal number
void LCD_dec(short data);
void LCD_dec(unsigned short data);
void LCD_hex(char data);  // displays byte as hex number
void LCD_hex(short data);  // displays byte as hex number
void LCD_hex(unsigned short data);  // displays byte as hex number
void LCD_int(char data);
void LCD_int(short data);
void LCD_rxint(short data);
void LCD_nib(char data);
void LCD_bin(char data);  // displays byte as binary number
void LCD_bin(unsigned short data);  // displays byte as binary number
void LCD_init(void);     //initializes LDC display
void LCD_printf( const char* text ); //sends ascii string to display
void LCD_setpos(char line, char pos); //sets potition on display
void LCD_clear(void);    // clear LCD Screen

//Zigbee
void Serial_init(void);  //Initializes the USART for serial transmission
void putc(char dat);    //Send data with USART
void putc(int dat);
char getc(void);        //Recieve data with USART
void Send_Zigbee(const char* text);   //Send text with USART, Print to LCD
void Send_Zigbee(int data);
void Zigbee_init(void);
void Zigbee_restore(void);
void Zigbee_read(void);


//SPI
void LED(unsigned short val);
void SEVEN(unsigned short val);
void B_code(void);
void No_decode(void);
void LED_maxim_init(void);
void SEVEN_maxim_init(void);

//Score displays
void score1(int data);
void score2(int data);
void score1rx(int data);
void gameswon1(int data);
void gameswon2(int data);

//Number Display for Team 1
void display1_0(void);
void display1_1(void);
void display1_2(void);
void display1_3(void);
void display1_4(void);
void display1_5(void);
void display1_6(void);

//Number Display for Team 2
void display2_0(void);
void display2_1(void);
void display2_2(void);
void display2_3(void);
void display2_4(void);
void display2_5(void);
void display2_6(void);

//Games Won for Team 1
void games_display1_0(void);
void games_display1_1(void);
void games_display1_2(void);
void games_display1_3(void);
void games_display1_4(void);
void games_display1_5(void);
void games_display1_6(void);
void games_display1_7(void);
void games_display1_8(void);
void games_display1_9(void);

//Games Won for Team 2
void games_display2_0(void);
void games_display2_1(void);
void games_display2_2(void);
void games_display2_3(void);
void games_display2_4(void);
void games_display2_5(void);
void games_display2_6(void);
void games_display2_7(void);
void games_display2_8(void);
void games_display2_9(void);

void games_display1_0x(void);
void games_display1_1x(void);
void games_display1_2x(void);
void games_display1_3x(void);
void games_display1_4x(void);
void games_display1_5x(void);
void games_display1_6x(void);
void games_display1_7x(void);
void games_display1_8x(void);
void games_display1_9x(void);
// All hole LED functions
void blink(void);
void bounce_blink(void);
void zigbee_blink(void);
// Hole 1 LED functions
void display_sega1(void);
void display_segb1(void);
void display_segc1(void);
void display_segd1(void);
void display_sege1(void);
void display_segf1(void);
void display_segg1(void);
void display_segdp1(void);
void display_sega1_off();
void display_segbg1_off();
void display_segcf1_off();
void display_segde1_off();
void all_on1(void);
void all_off1(void);
void blink1(void);


// Hole 2 LED functions
void display_sega2(void);
void display_segb2(void);
void display_segc2(void);
void display_segd2(void);
void display_sege2(void);
void display_segf2(void);
void display_segg2(void);
void display_segdp2(void);
void display_sega2_off();
void display_segbg2_off();
void display_segcf2_off();
void display_segde2_off();
void all_on2(void);
void all_off2(void);
void blink2(void);

// Hole 3 LED functions
void display_sega3(void);
void display_segb3(void);
void display_segc3(void);
void display_segd3(void);
void display_sege3(void);
void display_segf3(void);
void display_segg3(void);
void display_segdp3(void);
void display_sega3_off();
void display_segbg3_off();
void display_segcf3_off();
void display_segde3_off();
void all_on3(void);
void all_off3(void);
void blink3(void);

// Hole 4 LED functions
void display_sega4(void);
void display_segb4(void);
void display_segc4(void);
void display_segd4(void);
void display_sege4(void);
void display_segf4(void);
void display_segg4(void);
void display_segdp4(void);
void display_sega4_off();
void display_segbg4_off();
void display_segcf4_off();
void display_segde4_off();
void all_on4(void);
void all_off4(void);
void blink4(void);

// Hole 5 LED functions
void display_sega5(void);
void display_segb5(void);
void display_segc5(void);
void display_segd5(void);
void display_sege5(void);
void display_segf5(void);
void display_segg5(void);
void display_segdp5(void);
void display_sega5_off();
void display_segbg5_off();
void display_segcf5_off();
void display_segde5_off();
void all_on5(void);
void all_off5(void);
void blink5(void);

// Hole 6 LED functions
void display_sega6(void);
void display_segb6(void);
void display_segc6(void);
void display_segd6(void);
void display_sege6(void);
void display_segf6(void);
void display_segg6(void);
void display_segdp6(void);
void display_sega6_off();
void display_segbg6_off();
void display_segcf6_off();
void display_segde6_off();
void all_on6(void);
void all_off6(void);
void blink6(void);

// Interrrupt functions
void interrupt(void);
void interrupt_init(void);

#endif //_EESD_H_