#define __HANDLETIME_C__ #include "version.h" #include #include #include "common.h" #include "handletime.h" #define LSTIME_SECONDS_PER_DAY 5400 /* LSTIME域 少氏及蜇 及 醒 */ /* LSTIME_SECONDS_PER_DAY 毛 尹月午｝凛棉及褡心填宁毛 尹月仇午互匹五月［ 袄 LS凛棉匹域 丐凶曰及蜇 及凛棉醒 9000 ( 赏) 2.5 [hour] 900 0.25[hour] = 15[min] 90 0.025[hour] = 1.5[min] = 90[sec] 9 9[sec] */ #define LSTIME_HOURS_PER_DAY 1024 /* LSTIME域 少氏及LSTIME及凛棉醒 */ #define LSTIME_DAYS_PER_YEAR 100 /* LSTIME域 少氏及LSTIME及 醒 */ // WON REM /* // Nuke 0701: localtime struct timeval NowTime; #ifdef localtime #undef localtime #endif struct tm *localtime(const time_t *timep) { static struct tm lt; memset(<,0,sizeof(lt)); lt.tm_sec=*timep %60; lt.tm_min=(*timep %3600) / 60; lt.tm_hour=(*timep % 86400) / 3600; return < } */ /*------------------------------------------------------------ * 域伙□皿卞域荚裟壬木化｝凛棉毛褡户月［ * 娄醒 * 卅仄 * 忒曰袄 * 岳 TRUE(1) * 撩 FALSE(0) ------------------------------------------------------------*/ BOOL setNewTime( void ) { if( gettimeofday( &NowTime, (struct timezone*)NULL) != 0 ) { NowTime.tv_sec = time(0); // Nuke 0701: Localtime down print("\n time err !! \n"); return FALSE; } NowTime.tv_sec += DEBUG_ADJUSTTIME; return TRUE; } /******************************************************************* 漆葭绎卞仄凶［byHiO 1998/12/4 18:37 *******************************************************************/ static long era = (long)912766409 + 5400; /* SA及啃卞内日仄凶 */ /* LS葭 毛烂聒允月化五午□卅醒袄［ 弁仿奶失件玄午 元元扎卅中午分户［*/ /******************************************************************* 穴扑件凛棉井日LS凛棉卞允月 long t : time匹请月 LSTIME *lstime : LSTIME厌瞻 尺及禾奶件正 *******************************************************************/ void RealTimeToLSTime(long t , LSTIME *lstime) { long lsseconds = t - era; /* LS葭 井日及 醒 */ long lsdays; /* LS葭 井日及 醒 */ /* 葭 井日及 醒毛1 癫曰及 醒匹喃月午｝ 卞卅月 */ lstime->year = (int)( lsseconds/(LSTIME_SECONDS_PER_DAY*LSTIME_DAYS_PER_YEAR) ); lsdays = lsseconds/LSTIME_SECONDS_PER_DAY;/* 引内葭 井日及 醒毛煌遥仄化 */ lstime->day = lsdays % LSTIME_DAYS_PER_YEAR;/* 癫凶曰及 醒匹喃匀凶丐引曰互 */ /*(450*12) 匹1 */ lstime->hour = (int)(lsseconds % LSTIME_SECONDS_PER_DAY ) /* 仇仇引匹匹｝域 互铵引匀化井日窒 凶匀凶井［ */ * LSTIME_HOURS_PER_DAY / LSTIME_SECONDS_PER_DAY; /* 域 丐凶曰及 醒匹喃匀化井日域 丐凶曰及凛棉醒毛井仃月午蜇箕窒凛 卅及井互歹井月［*/ return; } /******************************************************************* LS凛棉井日穴扑件凛棉卞允月 LSTIME *lstime : LSTIME厌瞻 尺及禾奶件正 long *t : 凛棉尺及禾奶件正 *******************************************************************/ void LSTimeToRealTime( LSTIME *lstime, long *t) { *t=(long)( ( lstime->hour*LSTIME_DAYS_PER_YEAR+lstime->day) /* 凛棉 */ *LSTIME_HOURS_PER_DAY + lstime->year) /*仇及楮醒反壬什匀化中月方丹卞苇尹月［nakamura */ *450; return; } /******************************************************************* LS凛棉匹漆及凛棉嗉坌毛 月 曰袄 int : 0｝苹1｝镞2｝ 3 LSTIME *lstime : LSTIME厌瞻 尺及禾奶件正 *******************************************************************/ LSTIME_SECTION getLSTime (LSTIME *lstime) { if (NIGHT_TO_MORNING < lstime->hour && lstime->hour <= MORNING_TO_NOON) return LS_MORNING; else if(NOON_TO_EVENING < lstime->hour && lstime->hour <= EVENING_TO_NIGHT) return LS_EVENING; else if(EVENING_TO_NIGHT < lstime->hour && lstime->hour <= NIGHT_TO_MORNING) return LS_NIGHT; else return LS_NOON; } #ifdef _ASSESS_SYSEFFICACY static clock_t TotalClock = 0; static clock_t StartClock = 0; //static int EndClock = 0; //static float SysTime=0.0; static clock_t EndClock = 0; static double SysTime=0.0; static int Cnum = 0; #ifdef _ASSESS_SYSEFFICACY_SUB static clock_t Net_TotalClock = 0; static clock_t NPCGEN_TotalClock = 0; static clock_t Battle_TotalClock = 0; static clock_t Char_TotalClock = 0; static clock_t Petmail_TotalClock = 0; static clock_t Family_TotalClock = 0; static clock_t SaveCheck_TotalClock = 0; static clock_t GMBroadCast_TotalClock = 0; static double Net_SysTime=0.0; static double NPCGEN_SysTime=0.0; static double Battle_SysTime=0.0; static double Char_SysTime=0.0; static double Petmail_SysTime=0.0; static double Family_SysTime=0.0; static double SaveCheck_SysTime=0.0; static double GMBroadCast_SysTime=0.0; static clock_t SubStartClock = 0; #endif void Assess_InitSysEfficacy() { TotalClock = 0; StartClock = 0; EndClock = 0; #ifdef _ASSESS_SYSEFFICACY_SUB Net_TotalClock = 0; NPCGEN_TotalClock = 0; Battle_TotalClock = 0; Char_TotalClock = 0; Petmail_TotalClock = 0; Family_TotalClock = 0; SaveCheck_TotalClock = 0; GMBroadCast_TotalClock = 0; SubStartClock = 0; #endif } void Assess_SysEfficacy( int flg) { if( flg == 0 ){ StartClock=clock(); }else if( flg == 1 ){ EndClock = clock(); if( EndClock < StartClock ) return; TotalClock += (int)(EndClock-StartClock); Cnum++; if( Cnum%500 == 0 ){ SysTime = (float)(TotalClock/Cnum)/CLOCKS_PER_SEC; TotalClock = 0; #ifdef _ASSESS_SYSEFFICACY_SUB Net_SysTime = (float)(Net_TotalClock/Cnum)/CLOCKS_PER_SEC; Net_TotalClock = 0; NPCGEN_SysTime = (float)(NPCGEN_TotalClock/Cnum)/CLOCKS_PER_SEC; NPCGEN_TotalClock = 0; Battle_SysTime = (float)(Battle_TotalClock/Cnum)/CLOCKS_PER_SEC; Battle_TotalClock = 0; Char_SysTime = (float)(Char_TotalClock/Cnum)/CLOCKS_PER_SEC; Char_TotalClock = 0; Petmail_SysTime = (float)(Petmail_TotalClock/Cnum)/CLOCKS_PER_SEC; Petmail_TotalClock = 0; Family_SysTime = (float)(Family_TotalClock/Cnum)/CLOCKS_PER_SEC; Family_TotalClock = 0; SaveCheck_SysTime = (float)(SaveCheck_TotalClock/Cnum)/CLOCKS_PER_SEC; SaveCheck_TotalClock = 0; GMBroadCast_SysTime = (float)(GMBroadCast_TotalClock/Cnum)/CLOCKS_PER_SEC; GMBroadCast_TotalClock = 0; #endif Cnum = 0; } } /* EndClock = clock(); if( StartClock != 0 ){ if( EndClock < StartClock ) return; TotalClock += (int)(EndClock-StartClock); Cnum++; if( Cnum%500 == 0 ){ SysTime = (float)TotalClock/Cnum; TotalClock = 0; } } StartClock = EndClock; */ } void ASSESS_getSysEfficacy( float *TVsec) { *TVsec = SysTime; } #ifdef _ASSESS_SYSEFFICACY_SUB void Assess_SysEfficacy_sub( int flg, int loop) { if( flg == 0 ){ SubStartClock = clock(); }else if( flg == 1 ){ EndClock = clock(); if( EndClock < SubStartClock ) return; switch( loop) { case 1: // Net_TotalClock Net_TotalClock += (int)(EndClock-SubStartClock); break; case 2: // NPCGEN_TotalClock NPCGEN_TotalClock += (int)(EndClock-SubStartClock); break; case 3: // Battle_TotalClock Battle_TotalClock += (int)(EndClock-SubStartClock); break; case 4: // Char_TotalClock Char_TotalClock += (int)(EndClock-SubStartClock); break; case 5: // Petmail_TotalClock Petmail_TotalClock += (int)(EndClock-SubStartClock); break; case 6: // Family_TotalClock Family_TotalClock += (int)(EndClock-SubStartClock); break; case 7: // SaveCheck_TotalClock SaveCheck_TotalClock += (int)(EndClock-SubStartClock); break; case 8: // GMBroadCast_TotalClock GMBroadCast_TotalClock += (int)(EndClock-SubStartClock); break; } } } void ASSESS_getSysEfficacy_sub( float *TVsec, int loop_index) { switch( loop_index) { case 1: *TVsec = Net_SysTime; break; case 2: *TVsec = NPCGEN_SysTime; break; case 3: *TVsec = Battle_SysTime; break; case 4: *TVsec = Char_SysTime; break; case 5: *TVsec = Petmail_SysTime; break; case 6: *TVsec = Family_SysTime; break; case 7: *TVsec = SaveCheck_SysTime; break; case 8: *TVsec = GMBroadCast_SysTime; break; } } #endif #endif #ifdef _CHECK_BATTLETIME #include "battle.h" static clock_t battleComClock = 0; double battleComTotalTime[BATTLE_COM_END]; long battleComTotalUse[BATTLE_COM_END]; void check_battle_com_init( void) { print("\n check_battle_com_init... "); print("\n BATTLE_COM_END = %d ", BATTLE_COM_END); memset( battleComTotalTime, 0, sizeof(double)*BATTLE_COM_END); memset( battleComTotalUse, 0, sizeof(long)*BATTLE_COM_END); } void check_battle_com_begin( void) { print(" bi "); battleComClock = clock(); } void check_battle_com_end( int b_com) { clock_t endClock; double usedClock; endClock = clock(); usedClock = (double)(endClock - battleComClock)/CLOCKS_PER_SEC; print(" BC[%d,%0.10f] ", b_com, usedClock); battleComTotalTime[b_com] += usedClock; battleComTotalUse[b_com] ++; print(" bo "); } void check_battle_com_show( void) { FILE *outfile; int i; char outstr[1024]; outfile = fopen( "battle_com_time.txt", "w"); if( !outfile) { print("\n OPEN battle_com_time.txt ERROR!!! \n"); return; } for( i =0; i