hl_od_defs.h

是zmac的协议的全部完整的解析．代码例子很全

#ifndef		HL_OD_DEFS_H
#define		HL_OD_DEFS_H

#include	"HL_Type.h"

#define		HL_MAX_DESC_LEN			20
#define		HL_MAX_ELEMENT			18

#define		HL_OD_DESCRIPTION		1
#define		HL_PRIMARY_OD			2
#define		HL_PRIMARY_STRUCT_OD	3
#define		HL_SIMPLE_OD			4
#define		HL_ARRAY_OD				5
#define		HL_STRUCT_OD			6

#define		HL_RO_ACCESS			1
#define		HL_RW_ACCESS			2
#define		HL_WO_ACCESS			3

#define		HL_DT_BOOL				1
#define		HL_DT_BCD				2
#define		HL_DT_INTEGER_8			3
#define		HL_DT_INTEGER_16		4
#define		HL_DT_BIT_STRING		16
#define		HL_DT_VIS_STRING		17

#define		HL_UT_VOLTAGE			32
#define		HL_UT_KILOVOLT			33
#define		HL_UT_AMPERE			34
#define		HL_UT_KILOWATT			35
#define		HL_UT_KW_HOUR			36
#define		HL_UT_KILOVAR			37
#define		HL_UT_KVAR_HOUR			38
#define		HL_UT_P_KWH				39
#define		HL_UT_P_KVARH			40
#define		HL_UT_YEAR				41
#define		HL_UT_MONTH				42
#define		HL_UT_DAY				43
#define		HL_UT_WEEK				44
#define		HL_UT_HOUR				45
#define		HL_UT_MINUTE			46
#define		HL_UT_SECOND			47
#define		HL_UT_MILLI_SCND		48

#define		HL_DT_TIME_SHORT		128
#define		HL_DT_TIME_VALUE		129
#define		HL_DT_TIME_LONG			130

#define		LENGTH_OF_PRIMARY_OD	26

#define		OD_DIRECTRY_INDEX		256
#define		NUMBER_OF_OD_LIST		1

#define		FIRST_OD_INDEX			1000
#define		FIRST_OD_LENGTH			2

	typedef struct
		{
			USIGN16			uiIndex;
			VisString		cOD_Version[4];
			VisString		cManufacture_Name[6];
			VisString		cModule_Number[11];		/* 模块手机号码 */
			BOOL			bEncrypt_Enable;
			USIGN16			uiPrimary_OD_Length;
			USIGN16			uiOD_Directry_Index;
		}	OD_Description;

	typedef struct
		{
			USIGN16			uiIndex;
//			USIGN8			ucOD_Type;
			USIGN8			ucDesc_Length;
			VisString		cDescription[HL_MAX_DESC_LEN];
		}	Primary_OD;

	typedef struct
		{
			USIGN8			ucElement_Type;
			USIGN8			ucElement_Unit;
			USIGN8			ucElement_Length;
			USIGN8			ucDecimal_Point;
			USIGN8			ucAccess;
		}	Element_OD;

	typedef struct
		{
			USIGN16			uiIndex;
//			USIGN8			ucOD_Type;
			USIGN8			ucElement_Number;
			Element_OD		sElement_Desc[HL_MAX_ELEMENT];
		}	Primary_Struct_OD;

	typedef struct
		{
			USIGN16			uiIndex;
			USIGN16			uiCode_ID;
//			USIGN8			ucOD_Type;
			USIGN8			ucData_Type;
			USIGN8			ucUnit;
			USIGN8			ucLength;
			USIGN8			ucDecimal_Point;
			USIGN8			ucAccess;
			void			* pvLocal_Address;
		}	Simple_OD;

	typedef struct
		{
			USIGN16			uiIndex;
			USIGN16			uiCode_ID;
//			USIGN8			ucOD_Type;
			USIGN8			ucElement_Type;
			USIGN8			ucElement_Unit;
			USIGN8			ucElement_Number;
			USIGN8			ucElement_Length;
			USIGN8			ucDecimal_Point;
			USIGN8			ucAccess;
			void			* pvLocal_Address;
		}	Array_OD;

	typedef struct
		{
			USIGN16			uiIndex;
			USIGN16			uiCode_ID;
//			USIGN8			ucOD_Type;
			USIGN8			ucElement_Number;
			void			* pvLocal_Address;
			Element_OD		sElement_Desc[HL_MAX_ELEMENT];
		}	Struct_OD;

	typedef struct
		{
			USIGN8			ucOD_Type;
			USIGN16			uiOD_Index;
			void		rom	* pvLocal_Address;
		}	OD_Entry;

	typedef struct
		{
			USIGN8					ucOD_Type;
			union
			{
				OD_Description		sOD_Description;
				Primary_OD			sPrimary_OD;
				Primary_Struct_OD	sPrimary_Struct_OD;
				Simple_OD			sSimple_OD;
				Array_OD			sArray_OD;
				Struct_OD			sStruct_OD;
			}	sOD_Entry;

		}	OD_Info;

	typedef struct
		{
			USIGN8					ucGet_OD_Type;
			union
			{
				USIGN16				uiOD_Index;
				USIGN16				uiCode_ID;
			}	sOD_Class;

		}	Get_OD_Type;
#endif