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Original file timesynmanager. h

 

# Ifndef timesynmanager_h __
# Define timesynmanager_h __

Const int max_year = 1100;
Const int min_year = 70;
Typedef long _ int64;

# Include <time. h>
# Include <stdio. h>
# Include <string. h>
# Include <stdlib. h>
# Include <assert. h>
// # Include <atltime. h>

Typedef/* _ time64_t */time_t utc_time_t;
Typedef struct TM utc_tm;
// Typedef class ctimespan cutctimespan;

Class timesynmanager;

Class ctmparser
{
Public:
Enum e_type
{
E_type_a = 1, // "YY-mm-dd TT: UU: SS" ex.2009-02-10 14:03:00"
E_type_ B, // "mm DD YY hh: mm: SS" ex. May 7 2009 14:36:15"
E_type_c, // "string" ex.123456789
E_type_d, // "week Month day hour: minute: Second Year" ex. Fri May 08 13:29:56 2009
E_type_default = e_type_c
};

Enum e_out_type
{
E_out_a = 1, // "YY-mm-dd TT: UU: SS" ex.2009-02-10 14:03:00"
E_out_ B, // "mm DD YY hh: mm: SS" ex. May 7 2009 14:36:15"
E_out_c, // "string" ex.123456789
E_out_d, // "week Month day hour: minute: Second Year" ex. Fri May 08 13:29:56 2009
E_out_default = e_out_c
};

Enum month_short
{
Jan = 1,
Feb,
Mar,
Apr,
May,
Jun,
Jul,
Aug,
SEP,
Oct,
Nov,
Dec
};

Public:
Ctmparser (const char * parsetm, e_type TP = e_type_default );
Ctmparser (struct TM * newtime, e_out_type TP = e_out_default );
~ Ctmparser (void );
 
PRIVATE:
Utc_tm & Parse ();
Void parseatype ();
Void parsebtype ();
Void parsectype ();
Void parsedtype ();
Void parsemonthshort (char * month );
Void exemoth ();
Bool isnum (char * para );
Bool ismonthshort (char * month );

Char * output ();
Char * outputatype ();
Char * outputbtype ();
Char * outputctype ();
Char * outputdtype ();

PRIVATE:
Utc_tm m_tmstru;
E_type m_type;
E_out_type m_out_type;
Month_short m_month;
Const char * m_parsesrc;
Struct TM * m_outtime;
Friend class timesynmanager;
};

Class timesynmanager
{
Public:
// (3000-1970)
Const static int s_max_year_lenth = 1030;
Static utc_time_t getcurtimeval ()
{
Return/* _ time64 */time (null); // If the parameter is null, the current time is obtained.
}
Timesynmanager ();
Timesynmanager (utc_time_t tmval );
Timesynmanager (utc_tm & TM );
Timesynmanager (const char * psztime, ctmparser: e_type type );
Timesynmanager (struct TM * newtime, ctmparser: e_out_type type, char * output );
~ Timesynmanager (void );
Bool operator = (timesynmanager & DT );
Bool operator> (timesynmanager & DT );
Bool operator >=( timesynmanager & DT );
Bool operator <(timesynmanager & DT );
Bool operator <= (timesynmanager & DT );
_ Int64 operator-(timesynmanager & DT );
Const char * dumptime (char buff [], int maxlen );
// Timesynmanager add (cutctimespan SP );
Timesynmanager add (_ int64 tmvalinterval );
// Timesynmanager sub (cutctimespan SP );
Timesynmanager sub (_ int64 tmvalinterval );

Public:
Utc_tm m_tmstru;
Utc_time_t m_tmval;
};

# Endif timesynmanager_h __

 

Modified file timesynmanager. h

 

# Ifndef timesynmanager_h __
# Define timesynmanager_h __

Const int max_year = 1100;
Const int min_year = 70;
Typedef long _ int64;

# Include <time. h>
# Include <stdio. h>
# Include <string. h>
# Include <stdlib. h>
# Include <assert. h>
// # Include <atltime. h>

Typedef/* _ time64_t */time_t utc_time_t;
Typedef struct TM utc_tm;
// Typedef class ctimespan cutctimespan;

Class timesynmanager;

Class ctmparser
{
Public:
Enum e_type
{
E_type_a = 1, // "YY-mm-dd TT: UU: SS" ex.2009-02-10 14:03:00"
E_type_ B, // "mm DD YY hh: mm: SS" ex. May 7 2009 14:36:15"
E_type_c, // "string" ex.123456789
E_type_d, // "week Month day hour: minute: Second Year" ex. Fri May 08 13:29:56 2009
E_type_default = e_type_c
};

Enum e_out_type
{
E_out_a = 1, // "YY-mm-dd TT: UU: SS" ex.2009-02-10 14:03:00"
E_out_ B, // "mm DD YY hh: mm: SS" ex. May 7 2009 14:36:15"
E_out_c, // "string" ex.123456789
E_out_d, // "week Month day hour: minute: Second Year" ex. Fri May 08 13:29:56 2009
E_out_default = e_out_c
};

Enum month_short
{
Jan = 1,
Feb,
Mar,
Apr,
May,
Jun,
Jul,
Aug,
SEP,
Oct,
Nov,
Dec
};

Public:
Ctmparser (const char * parsetm, e_type TP = e_type_default );
Ctmparser (struct TM * newtime, e_out_type TP = e_out_default );
~ Ctmparser (void );
 
PRIVATE:
Utc_tm & Parse ();
Void parseatype ();
Void parsebtype ();
Void parsectype ();
Void parsedtype ();
Void parsemonthshort (char * month );
Void exemoth ();
Bool isnum (char * para );
Bool ismonthshort (char * month );

Char * output ();
Char * outputatype ();
Char * outputbtype ();
Char * outputctype ();
Char * outputdtype ();

PRIVATE:
Utc_tm m_tmstru;
E_type m_type;
E_out_type m_out_type;
Month_short m_month;
Const char * m_parsesrc;
Struct TM * m_outtime;
Friend class timesynmanager;
};

Class timesynmanager
{
Public:
// (3000-1970)
Const static int s_max_year_lenth = 1030;
Static utc_time_t getcurtimeval ()
{
Return/* _ time64 */time (null); // If the parameter is null, the current time is obtained.
}
Timesynmanager ();
Timesynmanager (utc_time_t tmval );
Timesynmanager (utc_tm & TM );
Timesynmanager (const char * psztime, ctmparser: e_type type );
Timesynmanager (struct TM * newtime, ctmparser: e_out_type type, char * output );
~ Timesynmanager (void );
Bool operator = (timesynmanager & DT );
Bool operator> (timesynmanager & DT );
Bool operator >=( timesynmanager & DT );
Bool operator <(timesynmanager & DT );
Bool operator <= (timesynmanager & DT );
_ Int64 operator-(timesynmanager & DT );
Const char * dumptime (char buff [], int maxlen );
// Timesynmanager add (cutctimespan SP );
Timesynmanager add (_ int64 tmvalinterval );
// Timesynmanager sub (cutctimespan SP );
Timesynmanager sub (_ int64 tmvalinterval );

Public:
Utc_tm m_tmstru;
Utc_time_t m_tmval;
};

# Endif // timesynmanager_h __

Haha, in fact, I changed the last line and commented out my life.