publicdef.h

一个非常好的微处理器烧录EEPROM的C++ 原代码项目文件,直接可用,而且还是一拖八的, 成果奉献

#ifndef	PUBLICDEF_H_
#define	PUBLICDEF_H_

#define	NEW_BOAND
//========================================================
#define 	EEPROM_ADDR 			0xa0

#define	WaiTime_Eeprom		0x0a
//========================================================
//Note:There are two method to select relative eeprom type,include soft and hard
#define	SELECT_BY_SOFT		0
#define	SELECT_BY_HARD		1
#define	SELECT_TYPE_METHOD	SELECT_BY_SOFT
//========================================================
//------------------------------------------------------------------------
//define	EEPROM type:
#define	EEPROM_24C01			0	// 8Bytes per-page and total 16 pages
#define	EEPROM_24C02			1	// 8Bytes per-page and total 32 pages
#define	EEPROM_24C04			2	// 16Bytes per-page and total 32 pages
#define	EEPROM_24C08			3	// 16Bytes per-page and total 64 pages
#define	EEPROM_24C16			4	// 16Bytes per-page and total 128 pages
#define	EEPROM_24C32			5	// 32Bytes per-page and total 128 pages
#define	EEPROM_24C64			6	// 32Bytes per-page and total 256 pages
#define	EEPROM_24C128			7	// 64Bytes per-page and total 256 pages
#define	EEPROM_24C256			8	// 64Bytes per-page and total 512 pages
#define	EEPROM_24C512			9	// 128Bytes per-page and total 512 pages
//------------------------------------------------------------------------
//define	EEPROM bytes per-page:
#define	PAGEBYTES_24C02		8	// include 24c01 & 24c02
#define	PAGEBYTES_24C16		16	// include 24c04 & 24c08 & 24c16
#define	PAGEBYTES_24C64		32	// include 24c32 & 24c64
#define	PAGEBYTES_24C256		64	// include 24c128 & 24c256
#define	PAGEBYTES_24C512		128	// only 24c512
//------------------------------------------------------------------------
//define	EEPROM total pages:
#define	EEPROM_PAGES_24C01	16	
#define	EEPROM_PAGES_24C02	32
#define	EEPROM_PAGES_24C04	32
#define	EEPROM_PAGES_24C08	64
#define	EEPROM_PAGES_24C16	128
#define	EEPROM_PAGES_24C32	128
#define	EEPROM_PAGES_24C64	256
#define	EEPROM_PAGES_24C128	256
#define	EEPROM_PAGES_24C256	512
#define	EEPROM_PAGES_24C512	512
//========================================================
#define	DEFAULT_TYPE			EEPROM_24C08
//------------------------------------------------------------------------
#if		SELECT_TYPE_METHOD==SELECT_BY_SOFT
//------------------------------------------------------------------------
//************************************************************************
//Note:   select eeprom type by software`s method only modify here
#define	EEPROM_TYPE			DEFAULT_TYPE
//************************************************************************
#endif
//========================================================
#include	"TypeDef.h"
#include	"McuDef.h"
#include	"IOPORT.H"
#include	"string.h"
#include	"marco.h"
#include	"IIC.H"
#include	"KEY.H"
#include	"Eeprom.h"
//========================================================
//define  Const
#define	OSC12MHZ		12000000
#define	OSC12_8MHZ	12800000
#define	OSC27MHZ		27000000
#define	OSC33MHZ		33868800
#define	OSC6MHZ		6000000
#define	DEF_BAUD		9600

#define	CPU_SPEED		OSC12MHZ

#define	LOW				0
#define	HIGH				1
#define	L_LEVEL				LOW
#define	H_LEVEL				HIGH
#define	btON				H_LEVEL
#define	btOFF				L_LEVEL
#define	btENABLE			H_LEVEL
#define	btDISABLE			L_LEVEL
#define	btIIC_ERROR			H_LEVEL
#define	btIIC_RIGHT			L_LEVEL

#define   bCOPYTL1			Lo_Byte(65536-((DWORD)(100*CPU_SPEED)/OSC12MHZ)*10+1)
#define  	bCOPYTH1			Hi_Byte(65536-((DWORD)(100*CPU_SPEED)/OSC12MHZ)*10+1)
#define   bCOPYTL2			Lo_Byte(65536-((DWORD)(100*CPU_SPEED)/OSC12MHZ)*300+1)
#define  	bCOPYTH2			Hi_Byte(65536-((DWORD)(100*CPU_SPEED)/OSC12MHZ)*300+1)
#define	BAUD_UART			Lo_Byte(256-(WORD)(CPU_SPEED/DEF_BAUD/32))
//key  status
#define	btKEY_NO			LOW
#define	btKEY_YES			HIGH
#define	bKEY_RELEASE		0
#define	bKEY_PRESS			1
#define	bKEY_REPEAT		2
#define	bKEY_CONTINU		3
//define	Light
#define	LIGHT_RED			0
#define	LIGHT_GREEN		1
#define	LIGHT_YELLOW		2
#define	LIGHT_OFF			3
//define	operate
#define	OPERATE_NO		0
#define	OPERATE_OK			1
#define	OPERATE_ER			2
//public var
extern	union
	{
		BYTE		bytes[128];
		WORD		words[64];
		DWORD		dwords[32];
	}	GpBuffer;
extern	BYTE	*ptGpBuffer;
extern	BYTE	bDelayTime,Operate_Flag;
extern	WORD	wDelayTime,wDemoDelay,Chip_Station,Chip_Station_copy,Error_Flag;
#endif