define.h

通过遥控红外信号在电器之间传输数据的软件

/* ======================================= */
#ifndef _DEFINE_H_
#define _DEFINE_H_

//COMMON DEFINE 
#define DATA   data
#define IDATA  idata
#define BDATA bdata
#define RDATA code

//TYPE DEFINE
typedef unsigned char  Byte;
typedef unsigned int     Word;
typedef bit                   Bool;

 #define FALSE      (Bool)0
 #define TRUE	 (Bool)1


#define BIT0         0x01
#define BIT1         0x02
#define BIT2         0x04
#define BIT3         0x08
#define BIT4         0x10
#define BIT5         0x20
#define BIT6         0x40
#define BIT7         0x80

#define HIGHBYTE(word)   ((Byte)((word)/0x100))
#define LOWBYTE(word)   ((Byte)(word))

/* ======================================= */
//PIN DEFINE
#define PIN_IR_OUT                P1_6         //PIN 3

#define PIN_LED1                    KB7         //PIN 13  
#define PIN_LED2                    P1_7         //PIN 2 
#define PIN_LED3                    KB6         //PIN 14
#define PIN_LED4                    KB0         //PIN 1

#define PIN_KEY1                    KB3         //PIN 18
#define PIN_KEY2                    KB2         //PIN 19
#define PIN_KEY3                    KB1         //PIN 20 
/* ======================================= */
//LED display define 

#define LED1On()          {PIN_LED1 = 1;}
#define LED2On()          {PIN_LED2 = 1;}
#define LED3On()          {PIN_LED3 = 1;}
#define LED4On()          {PIN_LED4 = 1;}

#define LED1Off()          {PIN_LED1 = 0;}
#define LED2Off()          {PIN_LED2 = 0;}
#define LED3Off()          {PIN_LED3 = 0;}
#define LED4Off()          {PIN_LED4 = 0;}

#define LED1Blink()          {PIN_LED1 ^= 1;}
#define LED2Blink()          {PIN_LED2 ^= 1;}
#define LED3Blink()          {PIN_LED3 ^= 1;}
#define LED4Blink()          {PIN_LED4 ^= 1;}

#define LED1_On_Only()        {PIN_LED1 = 1;PIN_LED2 = 0;PIN_LED3 = 0;PIN_LED4 = 0;}
#define LED2_On_Only()        {PIN_LED1 = 0;PIN_LED2 = 1;PIN_LED3 = 0;PIN_LED4 = 0;}
#define LED3_On_Only()        {PIN_LED1 = 0;PIN_LED2 = 0;PIN_LED3 = 1;PIN_LED4 = 0;}
#define LED2_Blink_Only()    {PIN_LED1 = 0;PIN_LED2 ^= 1;PIN_LED3 = 0;PIN_LED4 = 0;}
#define LED3_Blink_Only()    {PIN_LED1 = 0;PIN_LED2 = 0;PIN_LED3 ^= 1;PIN_LED4 = 0;}
#define LED4_Blink_Only()    {PIN_LED1 = 0;PIN_LED2 = 0;PIN_LED3 = 0;PIN_LED4 ^= 1;}
#define All_LED_On()             {PIN_LED1 = 1;PIN_LED2 = 1;PIN_LED3 = 1;PIN_LED4 = 1;}
#define All_LED_Blink()         {PIN_LED1 ^= 1;PIN_LED2 ^= 1;PIN_LED3 ^= 1;PIN_LED4 ^= 1;}

/* ======================================= */
//CLOCK DEFINE
#define RC_CLOCK_MHZ     7.373//internal oscillator
#define CPU_CLOCK_MHZ      RC_CLOCK_MHZ//DIVM = 0
#define CPU_CLOCK_KHZ      (CPU_CLOCK_MHZ*1000)
#define PERIPHERAL_CLOCK_KHZ      (CPU_CLOCK_KHZ/2) //3686


// 1 counter about  1000/3686 (us) 
// 1 us about 3686/1000 (counter) = 3.686 
#define ISR_TIME0_38K_COUNTER   (33 - 13)//9us = 9 * 3.686 = 33.174   //other for instruction time
#define ISR_TIME0_38K_RELOAD_VALUE   (65536 - ISR_TIME0_38K_COUNTER)

#define ISR_TIME_125US_COUNTER    (PERIPHERAL_CLOCK_KHZ/8) 
#define ISR_TIME_125US_RELOAD_VALUE   (65536 - ISR_TIME_125US_COUNTER)

#define ISR_TIME_500US_COUNTER    (PERIPHERAL_CLOCK_KHZ/2) 
#define ISR_TIME_500US_RELOAD_VALUE   (65536 - ISR_TIME_500US_COUNTER)

#define ISR_TIME_250US_COUNTER    (PERIPHERAL_CLOCK_KHZ/4) 
#define ISR_TIME_250US_RELOAD_VALUE   (65536 - ISR_TIME_250US_COUNTER)

#define ISR_TIME_1MS_COUNTER    PERIPHERAL_CLOCK_KHZ // 1ms
#define ISR_TIME_1MS_RELOAD_VALUE   (65536 - ISR_TIME_1MS_COUNTER)

#define ISR_TIME_9MS_COUNTER    (PERIPHERAL_CLOCK_KHZ*9 + 460)  //9 ms
#define ISR_TIME_9MS_RELOAD_VALUE   (65536 - ISR_TIME_9MS_COUNTER)

#define ISR_TIME_4D5MS_COUNTER    (PERIPHERAL_CLOCK_KHZ*4 + PERIPHERAL_CLOCK_KHZ/2 + 96) // 4.5ms
#define ISR_TIME_4D5MS_RELOAD_VALUE   (65536 - ISR_TIME_4D5MS_COUNTER)

#define ISR_TIME_1685US_COUNTER    6221// 1685us = 1685*3.686 = 6221.9
#define ISR_TIME_1685US_RELOAD_VALUE   (65536 - ISR_TIME_1685US_COUNTER)

#define ISR_TIME_565US_COUNTER     1998// 565us = 565 * 3.686 = 2082.5
#define ISR_TIME_565US_RELOAD_VALUE   (65536 - ISR_TIME_565US_COUNTER)

#define ISR_TIME_560US_COUNTER     2045//2035// 560us = 560 * 3.686 = 2064.1
#define ISR_TIME_560US_RELOAD_VALUE   (65536 - ISR_TIME_560US_COUNTER)
/* ======================================= */
//HOTEL TV NV ADDR DEFINE
#define CLONE_TV_NV_ADDR_START           0xa2
#define CLONE_TV_NV_ADDR_END               0x3cb//0x3bf//0x3a1
/* ======================================= */

//SWITCH MACRO DEFINE
//#define DEBUG
/* ======================================= */

#endif