📄 define.h
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#define byte unsigned char
#define BYTE unsigned char
#define uint unsigned int
#define UINT unsigned int
#define uchar unsigned char
#define ulong unsigned long
#define Byte unsigned char
#define Word unsigned int
#define WORD unsigned int
#define UINT unsigned int
#define byte unsigned char
#define word unsigned int
#define bool char
#define BOOL unsigned char
#define TRUE 1
#define true 1
#define FALSE 0
#define false 0
#ifndef NULL
#define NULL 0
#endif
#define null 0
#define SomeNOP(); _nop_();_nop_();_nop_();_nop_();
/*颜色定义*/
#define a_lyellow 3
#define a_lgreen0 6
#define a_lpink 5
#define a_lwhite 7
#define a_hyellow 11
#define a_hgreen0 14
#define a_hpink 13
#define a_hwhite 15
#define a_lred 1
#define a_lgreen 2
#define a_lblue 4
#define a_hred 9
#define a_hgreen 10
#define a_hblue 12
#define a_lblack 0
#define BLACK 0x0
#define RED 0x1
#define GREEN 0x2
#define YELLOW 0x3
#define BLUE 0x4
#define PINK 0x5
#define GREEN2 0x6
#define WHITE 0x7
/************************************************/
/*键盘键值表*/
#define ZERO 0
#define ONE 1
#define TWO 2
#define THREE 3
#define FOUR 4
#define FIVE 5
#define SIX 6
#define SEVEN 7
#define EIGHT 8
#define NINE 9
#define DOT 10
#define UP 11
#define DOWN 12
#define BACK 13
#define OK 14
#define CANCEL 15
/************************************************/
#define MBS_OK_ONLY 0x1
#define MBS_CANCEL_ONLY 0x2
#define MBS_OK_CANCEL 0x4
#define MBS_MODELESS 0x8
#define PS_SOLID 0x1
#define PS_DOT 0x2
#define CHAR_WIDTH 4
#define WR_OPT 0
#define RD_OPT 1
#define TIME_INIT 2
//定义138译码地址
#define K0 XBYTE[0X8000]
#define K1 XBYTE[0X9000]
#define K2 XBYTE[0XA000]
#define K3 XBYTE[0XB000]
#define K4 XBYTE[0XC000]
#define K5 XBYTE[0XD000]
#define K6 XBYTE[0XE000]
#define K7 XBYTE[0XF000]
//设置P4口相关引脚功能。
//P4口及其他高端口，不能位寻址，故定义可以位寻址的寄存器变量
byte bdata PP4;
sbit P40 = PP4^0;
sbit WDI = PP4^1;
sbit CLOSE = PP4^2;
sbit D_I = PP4^3;
#define SET_I {D_I=0; PP4|=0xf0; P4=PP4;}
#define SET_D {D_I=1; PP4|=0xf0; P4=PP4;}
#define OPEN_LCD_DISPLAY {CLOSE=0; PP4|=0xf0; P4=PP4;}
#define CLOSE_LCD_DISPLAY {CLOSE=0; PP4|=0xf0; P4=PP4;}
#define SET_W_DOG {WDI=~WDI; PP4|=0xf0; P4=PP4;}
#define SELECT_P62256 {P40=0; PP4|=0xf0; P4=PP4;}
#define SELECT_YD501 {P40=1; PP4|=0xf0; P4=PP4;}
//设置灯显示等
byte bdata OutBuf;
sbit Work = OutBuf^0;
sbit UUUU = OutBuf^1;
sbit GJGJ = OutBuf^2;
sbit WXWX = OutBuf^3;
sbit CDCC = OutBuf^4;
sbit FDCC = OutBuf^5;
sbit HHHH = OutBuf^6;
sbit BJQQ = OutBuf^7;
void OpenBJQ();
void CloseBJQ();
#define SET_EDIT_BUF(items, bufs) {edit_buf.edit_num = items; \
edit_buf.edit = bufs; \
edit_buf.pre_edit = 0; \
edit_buf.cur_edit = 0;}
typedef struct tagEDIT
{
unsigned char x;
unsigned char y;
unsigned char buf[11];
unsigned char fdot;
unsigned char bdot;
}EDIT;
typedef struct tagPOINT
{
unsigned int x;
unsigned int y;
}POINT;
typedef struct tagEDITBUF
{
unsigned char edit_num;
unsigned char cur_edit;
unsigned char pre_edit;
EDIT *edit;
}EDITBUF;
#define EDIT_HEAD 0x1
#define EDIT_END 0x2
typedef union tagUINT
{
uchar byt[2];
uint integer;
}u_int;
typedef struct tagPEN
{
unsigned char fcolor;
unsigned char bcolor;
}PEN;
typedef struct tagRECT
{
unsigned int left;
unsigned int top;
unsigned int right;
unsigned int bottom;
}RECT;
typedef struct STRUCT_SYSSCREEN
{
RECT title_rect;
PEN title_pen;
RECT client_rect;
PEN client_pen;
RECT status_rect;
PEN status_pen;
}SCREEN;
typedef struct STRUCT_MESSAGEBOX
{
RECT mt_rect;
RECT t_rect;
uchar tfcolor;
uchar tbcolor;
RECT m_rect;
uchar mfcolor;
uchar mbcolor;
uchar style;
}MESSAGEBOX;
uchar idata a_fcolor;
uchar idata a_bcolor;
uchar idata a_bcolor_l;
uchar idata a_bcolor_r;
uchar idata a_fcolor_l;
uchar idata a_fcolor_r;
PEN idata cPen;
//清屏函数声明
extern void Clrlcdram();
extern void Clrlcdram_L();
extern void Clrlcdram_R();
extern void Clrlcdram_D();
extern void Clrlcdram_U();
extern void Clrlcdram_B();
void DelayMs(uint cnt);
//键盘处理函数及端口定义
sbit xXR4 = P2^7;
sbit xXR3 = P2^6;
sbit xXR2 = P2^5;
sbit xXR1 = P2^4;
sbit yYW4 = P2^3;
sbit yYW3 = P2^2;
sbit yYW2 = P2^1;
sbit yYW1 = P2^0;
void CpuIinit();
void KeyIni();
byte GetKey();
/*********************************SPI***************************/
#define SYSCLK 22118400 // SYSCLK frequency in Hz
#define SPI_READ_DATA_CMD 0x03
#define SPI_PAGE_PROGRAM_CMD 0x02
#define SPI_WRITE_ENABLE 0X06
#define SPI_WRITE_DISABLE 0X04
#define SPI_WRITE_STA_REG 0X01
#define SPI_READ_STA_REG 0X05
sbit CS25 = P3^3;
sbit SPI_WP = P3^1;
sbit SPI_HOLD=P3^0;
void SPI0_Init (void);
//BYTE CheckSPIF();
BYTE SPI_WRITE_CMD(BYTE CMD);
BYTE SPI_WRITE_STA(BYTE STA);
BYTE SPI_READ_STA(BYTE *STA);
BYTE SPI_Write_Pro(byte *addr,byte *buf,byte len);
BYTE SPI_Read_Pro(byte *addr,byte *buf,byte len);
BYTE SPI_TEST_PRO();
////////////////////////////////////
//12864液晶
void prl0(uchar com);
void prr0(uchar com);
void prl1(uchar dat);
void prr1(uchar dat);
void IniLcd();
void clearlcd(void);
void dishzXX(uchar x,uchar y,uchar z,bit cpls);
///////////////////////////////////
void ProTime_10ms();
void ProTime_100ms();
void ProTime_200ms();
void ProTime_500ms();
typedef struct
{
void (*proc)(void);
unsigned int time_val;
}__op_;
#define max_pro 4
__op_ code OP[max_pro]=
{
{ProTime_10ms,10},{ProTime_100ms,100},\
{ProTime_200ms,200},{ProTime_500ms,500}
};
unsigned int xdata OP_TIME[max_pro];
//串口设置
bit Uart0SendTask=0; //串口0发送标志，1有数据要发送，0没有数据要发送
bit Uart0RecTask=0;
byte xdata Uart0SendAll=0; //串行口0要发送数量
byte xdata Uart0SendNum=5; //串行口0已发送数量
byte xdata Uart0RecNum=0; //串行口0已接收数量
uchar xdata preDat =0;
byte xdata Uart0RecLen;
byte xdata Uart0SendBuff[256]; //UART0发送数组
byte xdata Uart0RecBuff[256]; //UART0接收数组
byte xdata Uart0RecBuf[256]; //UART0接收数组
/********************************************************************/
bit Uart1SendTask=0; //串口1发送标志，1有数据要发送，0没有数据要发送
bit Uart1RecTask=0;
uchar xdata preDat1 =0;
byte xdata Uart1RecLen;
byte xdata Uart1SendAll=0; //串行口1要发送数量
byte xdata Uart1SendNum=0; //串行口1已发送数量
byte xdata Uart1RecNum=0; //串行口1已接收数量
byte xdata Uart1SendBuff[256]; //UART1发送数组
byte xdata Uart1RecBuff[256]; //UART1接收数组
byte xdata Uart1RecBuf[256]; //UART1接收数组
#define S_CHANNELS 1
#define M_CHANNELS 0
sbit STADDR0 = P1^6;
sbit STADDR1 = P1^5;
sbit SRADDR0 = P1^4;
sbit SRADDR1 = P1^3;
sbit MS8123 = P1^7;
sbit RST8123 = P1^2;
void SetWorkModel(bit model);
void Init8123();
void SetRChannelsNo(byte no);
BYTE Read8123Cmd();
void Write8123Cmd(byte cmd);
void Uart1Send();
void SetTChannelsNo(byte no);
void SetRChannelsNo(byte no);
//ADC
uint temp;
typedef union
{
uint Dat;
struct
{
byte Hi;
byte Li;
}Byt;
}UINT_U;
UINT_U xdata AdDat;
uint xdata AdcBuff[10][256]={0};
byte xdata adcbufCnt=0;
byte CHAN;
//DAC
void DAC0Out(uint Val);
uint xdata OutVal;
bit ad;
uint ADCVal;
byte xdata datasoi[256]={0};
bit hh=0 ;
//EDIT
void dishz168XX(uchar x,uchar y,uchar z,bit cpls);
uint xdata vsl[10];
#define WR_OPT 0
#define RD_OPT 1
#define TIME_INIT 2
uchar xdata str_time[19]={2,0,0,0,11,0,0,11,0,0,28,0,0,10,0,0,10,0,0};
void Ds1307(opt, uchar word_addr, uchar num, uchar *buf);
byte xdata time_hexbuff[20];
byte xdata time_buff[20];⌨️ 快捷键说明
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