head.h

基于c8051f020的应用

//**************************************************************************************************************************
#define DeviceNum	1						// 设备地址号
#define SYSCLK 		24000000				// 系统主晶振
#define BAUDRATE 	115200					// 串口波特率
#define SAM_NUM    	100                  	// N次平均的次数
#define RunLedFre 	4						// 运行指示灯闪烁频率（80=0.5Hz 40=1Hz 20=2Hz 4=10Hz）
#define TimeFre		20						// 时间显示刷新频率（80=0.5Hz 40=1Hz 20=2Hz 4=10Hz）
#define RtuDataLong 100						// RTU地址数据长度
#define WC256    	0xA0              	`	// CAT24WC256基地址
#define EEPROM_CAP 	0x8000              	// EEPROM的最大容量
#define HollDateLong	1000				// 霍尔数据存储长度
#define MaxWellSaveNum	30					// 保存所有井数量

#define MainShowAddr	10					// 仪器名称显示起点

#define TimeShowAddrX	40					// 时间显示起点-横坐标
#define TimeShowAddrY1	26					// 时间显示起点-纵坐标1
#define TimeShowAddrY2	36					// 时间显示起点-纵坐标2

#define WellNumShowAddrX	40				// 井名显示起点-横坐标
#define WellNumShowAddrY	30				// 井名显示起点-纵坐标1

#define DISPLAY_LINE_NUM	7				// 每页显示井次数
//**************************************************************************************************************************
struct wellindex_name_date
{
	unsigned char Num;						// 井名
	unsigned char BeginDate[9];             // 开始日期 YY-MM-DD  
	unsigned char BeginTime[9];             // 开始时间 HH:MM:SS 
	unsigned char index_num; 				// 井数据存储位置
};
//**************************************************************************************************************************
sbit TIME_CLK 		= P1^7;					// 时钟口
sbit TIME_IO 		= P1^6;					// 数据口
sbit TIME_RST 		= P1^5;					// 复位口
sbit KEYLED 		= P1^4;					// 按键指示灯.0:开 1:关?

sbit EE_SCL 		= P0^7;					// EEPROM-SCL
sbit EE_SDA 		= P0^6;					// EEPROM-SDA
sbit CTRL485 		= P0^5;					// 485控制口
sbit HOLL	 		= P0^4;					// HOLL信号口

sbit CS_LCD 		= P2^3;
sbit A0 			= P2^2;
sbit WR 			= P2^1;
sbit RD 			= P2^0;

sbit IN_KEY_ROW 	= P2^4;
//**************************************************************************************************************************

#define KEY_OUT1_1   P2 |= 0x10;// P2.4
#define KEY_OUT1_0   P2 &=~0x10;// P2.4

#define KEY_OUT2_1   P2 |= 0x20;// P2.5
#define KEY_OUT2_0   P2 &=~0x20;// P2.5

#define KEY_CLK_1    P2 |= 0x40;// P2.6
#define KEY_CLK_0    P2 &=~0x40;// P2.6

#define KEY_DATA_1   P2 |= 0x80;// P2.7
#define KEY_DATA_0   P2 &=~0x80;// P2.7
//**************************************************************************************************************************
//#define SYSTEM_CLOSE	= P5^7;			// 系统关机键.0:按下 1:未按下

#define POWER_ON		{P5 |= 0x20;}		// P5.5	系统电源.0:关 1:开
#define POWER_OFF		{P5 &=~0x20;}		// P5.5	系统电源.0:关 1:开

#define SOUND_ON 		{P5 &=~0x10;}		// P5.4	蜂鸣器.0:开 1:关
#define SOUND_OFF 		{P5 |= 0x10;}		// P5.4	蜂鸣器.0:开 1:关

#define LED1_ON	 		{P5 &=~0x08;}		// P5.3 指示灯1.0:开 1:关
#define LED1_OFF 		{P5 |= 0x08;}		// P5.3 指示灯1.0:开 1:关
#define LED1_CHANGE		{P5 ^= 0x08;}		// P5.3 指示灯1.0:开 1:关

#define LED2_ON	 		{P5 &=~0x04;}		// P5.2 指示灯1.0:开 1:关
#define LED2_OFF 		{P5 |= 0x04;}		// P5.2 指示灯1.0:开 1:关
#define LED2_CHANGE		{P5 ^= 0x04;}		// P5.3 指示灯1.0:开 1:关

#define LED3_ON	 		{P5 &=~0x02;}		// P5.1 指示灯1.0:开 1:关
#define LED3_OFF 		{P5 |= 0x02;}		// P5.1 指示灯1.0:开 1:关
#define LED3_CHANGE		{P5 ^= 0x02;}		// P5.3 指示灯1.0:开 1:关

#define LED4_ON	 		{P5 &=~0x01;}		// P5.0 指示灯1.0:开 1:关
#define LED4_OFF 		{P5 |= 0x01;}		// P5.0 指示灯1.0:开 1:关
#define LED4_CHANGE		{P5 ^= 0x01;}		// P5.3 指示灯1.0:开 1:关

#define RETURN_KEY      0x1D
#define UP_ARROW_KEY    0x1B
#define DOWN_ARROW_KEY  0x1A
#define LEFT_ARROW_KEY  0x18
#define RIGHT_ARROW_KEY 0x14

//**************************************************************************************************************************
// MAIN.C
void main(void);							// 系统主函数
void FeedDog(void);							// 喂狗
void DisableDog(void);						// 关闭看门狗
void CRYSTAL_INIT(void);					// 晶振初始化
void PORT_INIT(void);						// 管脚初始化
void SoftReset(void);						// 系统软复位
void Delay_ms(unsigned int mini);			// 延时
//**************************************************************************************************************************
// INTERFACE.C
void Sys_Function(void);
void Date_Test(void);
void Sys_Setup(void);
void Input_Time(void);
void Input_WellNameNum(void);
void Set_Test_Time(void);
void ReNew_All_Date(void);
void Date_Index(void);
void Clear_ALL_Date(void);

//**************************************************************************************************************************
// COM.C
void Com0_Init(void);
void Com0_Send_Char(unsigned char datas);
void Com0_Send_String(unsigned char *string,unsigned int bytes);
unsigned char Com0_Get_Char(void);

void Com1_Init(void);
void Com1_Send_Char(unsigned char datas);
void Com1_Send_String(unsigned char *string,unsigned int bytes);
unsigned char Com1_Get_Char(void);

void Com_Send_String(unsigned char *string,unsigned int bytes,unsigned char flag);
//**************************************************************************************************************************
// TIMER.C
void Timer3_INIT(void);
void Timer0_Init(void);
void Timer0_ReSet(void);
//**************************************************************************************************************************
// HOLL.C
void Holl_Init(void);
void DI_Station(void);
//**************************************************************************************************************************
// LED_SPEAK.C
void LED_Init(void);
//**************************************************************************************************************************
// TIMER.C
void Timer3_Init(void);
//**************************************************************************************************************************
// RTU.C
void RTU_Data(void);
void Write_RTU_4(unsigned int firstadress,unsigned int bytes);
void Read_RTU_4(unsigned int firstadress,unsigned int bytess);
void Pocket(unsigned char * Data,unsigned char D_Long);
unsigned int CRC16(unsigned char *buf,int start,int cnt);
//**************************************************************************************************************************
// AD.C
void ADC_Init(void);
void ADC_Work(void);
//**************************************************************************************************************************
// EEPROM.C
void EEPROM_Init(void);
void Start_I2C(void);
void Stop_I2C(void);
bit WriteEepromByet(unsigned char c);
unsigned char ReadEepromByet(void);
void Ack_I2C(bit a);
bit Write_Eeprom(unsigned int add,unsigned char date);
unsigned char Read_Eeprom(unsigned int add);
void Some_nop(unsigned char num);
bit Write_Well_date(unsigned int add,unsigned char * date,unsigned int D_Long);
void UpLoadWellDateTure(unsigned char truenum);
void UpLoadWellDate(unsigned char num);
void Well_Show(unsigned char num);
bit EEPROM_TEST(void);

//**************************************************************************************************************************
// TIME.C
void DS1302_Init(void);
void DS1302_Write_Byte(unsigned char addr,unsigned char dat);
unsigned char DS1302_Read_Byte(unsigned char addr);
void DS1302_Write(unsigned char * input_clock);
void DS1302_Read(void);

//**************************************************************************************************************************
// KEY.C
bit key_line_in(void);
void key_line_out(unsigned char out_data);
void delay(int n);
unsigned char get_key(unsigned char countinue_dir);

//**************************************************************************************************************************
// FLASH.C
//**************************************************************************************************************************
// LCD.C
void LCD_C_D(bit flag,unsigned char ldata);
void LCD_CLEAR(void);
void ChangeV(unsigned char jj);
void LCD_INIT(void);
void Display_Data(void);
void LCD_Cursor_Show(unsigned char lay_y,unsigned char lay_x);
unsigned char LcdDataChange(unsigned char datas);
void draw_line(unsigned char x1, unsigned char y1,unsigned char x2, unsigned char y2);

void display_hz1212(unsigned char* hz_idptr,unsigned char page,unsigned char column);
void disp_chn_str(unsigned char *addr_da,  unsigned  char disp_y,unsigned  char disp_x,unsigned char x_step,unsigned char zishu);
void display_asc8x8(char asc_position,unsigned char page, unsigned char column, char val,unsigned char fx);
void display_asc8x6(unsigned char *data_ptr,unsigned char page, unsigned char column, char val,unsigned char fx);
void display_hz1212(unsigned char* hz_idptr,unsigned char page,unsigned char column);
void disp_chn_str(unsigned char *addr_da,  unsigned  char disp_y,unsigned  char disp_x,unsigned char x_step,unsigned char zishu);


void LCD_DispStr(unsigned char *addr_da, char disp_x, char disp_y);
void LCD_SHOW_TIME(void);
void LCD_SHOW_ADC(void);
void LCD_SHOW_DAC(void);
void LCD_SHOW_DI(void);
void LCD_SHOW_BatVol(void);
void LCD_SHOW_KEY(unsigned char keybutton);
void LCD_SHOW_WellSaveStation(void);
void LCD_SHOW_InstantaneousSpeed(void);

//**************************************************************************************************************************
// DAC.C
void DAC_Init(void);
void DAC_OUT_1(unsigned int dat);
void DAC_OUT_2(unsigned int dat);
//**************************************************************************************************************************
extern unsigned int  Timer3;			// 定时器0的寄存器
extern unsigned char DatLong;			// 串口发送数据长度指针
extern unsigned char ComFlag;
extern unsigned char DateUpLoadFlag;
extern xdata unsigned char FunctionKey;		// 按键标志
extern xdata unsigned int  Sam_Num_flag;// 采集次数计数
extern xdata unsigned char DatPocket[RtuDataLong+5];// 串口发送数据寄存器
extern xdata unsigned char RTUaddress4[RtuDataLong];// RTU地址数据寄存器
extern xdata unsigned int  HollSigNum;

extern unsigned char code ASC8X8[][9];
extern unsigned char code hz_lib[][26];
extern xdata unsigned char disp_ram[][128];
extern xdata unsigned char Clock_Date_Str[9], Clock_Time_Str[9];// 时间寄存器
extern xdata unsigned char DI_Data[13];
extern xdata unsigned char Str_Buffer[16];
extern xdata unsigned char NowWellName;

extern float RotateSpeed;
extern xdata unsigned int  HollSpaceTime;	// 霍尔信号间隔

extern xdata unsigned char HollDate[HollDateLong];
extern xdata unsigned int  HollDataNum;
extern xdata unsigned char WorkStation;
extern xdata unsigned char WellSaveStation[MaxWellSaveNum];
extern xdata unsigned char NowWellNum;
extern xdata unsigned char NowSaveWellAddr;

extern xdata unsigned char UsedWell[MaxWellSaveNum];		//有效井数

extern xdata struct wellindex_name_date well_index[MaxWellSaveNum];

extern xdata unsigned char TestTime;

extern xdata unsigned char TempT2;
extern xdata unsigned char Tem2Con;
extern xdata float InstantaneousSpeed;

//**************************************************************************************************************************
// The End
//**************************************************************************************************************************