//**************************************
// Generated by mcpp translator
// Version 1.3
//**************************************

#ifndef __PUBLIC_M_H__
#define __PUBLIC_M_H__

#include"mcode/mvector.h"
#include"mcode/mstring.h"
#include"mcode/mstream.h"
#include"mcode/mclient.h"

typedef MLang::VECTOR<MLang::STRING> StrSeq;
typedef MLang::VECTOR<MLang::Long> LongSeq;
typedef MLang::VECTOR<short> ShortSeq;
typedef MLang::VECTOR<char> CharSeq;
const short C_DATATYPE_DEFAULT = 0;
const short C_DATATYPE_STRING = 1;
const short C_DATATYPE_UCHAR = 2;
const short C_DATATYPE_SHORT = 3;
const short C_DATATYPE_INT = 4;
const short C_DATATYPE_DATETIME = 5;
const short C_DATATYPE_FLOAT = 6;
const short C_DATATYPE_DOUBLE = 7;
const short C_DATATYPE_KEYID = 8;
const short C_DATATYPE_BINARY = 9;
const short C_DATATYPE_TEXT = 10;
const short C_DATATYPE_IMAGE = 11;
const short C_DATATYPE_APPKEYID = 12;
const short C_DATATYPE_APPID = 13;
const short C_DATATYPE_UINT = 14;
const short C_DATATYPE_LONG = 15;
const short C_DATATYPE_RTDBKEY = 16;
const short C_DATATYPE_MEASRTDBKEY = 17;
const short C_DATATYPE_APPRTDBKEY = 18;
typedef MLang::Long TKeyID;
struct TAppKeyID
{
	int	app_id;
	TKeyID	key_id;
	void __write(MLang::OutputStream&__os)const;
	void __read(MLang::InputStream&__is);
};
typedef TAppKeyID TAppID;
struct TRtdbKey
{
	MLang::Long	table_id;
	MLang::Long	region_record_column_id;
	void __write(MLang::OutputStream&__os)const;
	void __read(MLang::InputStream&__is);
};
struct TAppRtdbKey
{
	int	app_id;
	TRtdbKey	rtdbkey_id;
	void __write(MLang::OutputStream&__os)const;
	void __read(MLang::InputStream&__is);
};
struct UDataValue
{
private:
	union
	{
		char*	c_string;
		unsigned char	c_uchar;
		short	c_short;
		int	c_int;
		MLang::Long	c_time;
		float	c_float;
		double	c_double;
		TKeyID	c_keyid;
		CharSeq*	c_binary;
		CharSeq*	c_text;
		CharSeq*	c_image;
		TAppKeyID	c_appkeyid;
		TAppID	c_appid;
		char	c_default;
		unsigned int	c_uint;
		MLang::Long	c_long;
		TRtdbKey	c_rtdbkey;
		TRtdbKey	c_measrtdbkey;
		TAppRtdbKey	c_apprtdbkey;
	}__u_val;
	bool __u_init;
	unsigned short __u_index;
public:
	UDataValue();
	~UDataValue();
	UDataValue(const UDataValue&);
	UDataValue&operator=(const UDataValue&);
	short _d()const;
	void __clear();
	void __write(MLang::OutputStream&__os)const;
	void __read(MLang::InputStream&__is);
	void c_string(const char*);
	void	c_string(const MLang::STRING&);
	const char*c_string()const;
	void c_uchar(const unsigned char);
	const unsigned char	c_uchar()const;
	void c_short(const short);
	const short	c_short()const;
	void c_int(const int);
	const int	c_int()const;
	void c_time(const MLang::Long);
	const MLang::Long	c_time()const;
	void c_float(const float);
	const float	c_float()const;
	void c_double(const double);
	const double	c_double()const;
	void c_keyid(const TKeyID);
	const TKeyID	c_keyid()const;
	void c_binary(const CharSeq&);
	const CharSeq&c_binary()const;
	CharSeq&c_binary();
	void c_text(const CharSeq&);
	const CharSeq&c_text()const;
	CharSeq&c_text();
	void c_image(const CharSeq&);
	const CharSeq&c_image()const;
	CharSeq&c_image();
	void	c_appkeyid(const TAppKeyID&);
	const	TAppKeyID&c_appkeyid()const;
	TAppKeyID&c_appkeyid();
	void	c_appid(const TAppID&);
	const	TAppID&c_appid()const;
	TAppID&c_appid();
	void c_default(const char);
	const char	c_default()const;
	void c_uint(const unsigned int);
	const unsigned int	c_uint()const;
	void c_long(const MLang::Long);
	const MLang::Long	c_long()const;
	void	c_rtdbkey(const TRtdbKey&);
	const	TRtdbKey&c_rtdbkey()const;
	TRtdbKey&c_rtdbkey();
	void	c_measrtdbkey(const TRtdbKey&);
	const	TRtdbKey&c_measrtdbkey()const;
	TRtdbKey&c_measrtdbkey();
	void	c_apprtdbkey(const TAppRtdbKey&);
	const	TAppRtdbKey&c_apprtdbkey()const;
	TAppRtdbKey&c_apprtdbkey();
};
typedef MLang::VECTOR<UDataValue> SEQDataValue;
struct TDBErrorStru
{
	unsigned int	error_no;
	MLang::STRING	error_msg;
	TDBErrorStru();
	TDBErrorStru(const TDBErrorStru&);
	TDBErrorStru&operator=(const TDBErrorStru&);
	void __write(MLang::OutputStream&__os)const;
	void __read(MLang::InputStream&__is);
};
typedef MLang::VECTOR<TDBErrorStru> SEQDBErrorStru;
#endif