dicion
af416960fa
Korean translation (84 source files, 876 lines): - Translated all EUC-KR/CP949 Korean developer comments to English across 84 source files in Gameleap/code/. Zero Korean bytes remain outside the intentional font-table headers (D3FFontEdit2/fontedit all.h etc.). - Comment markers: //상훈 앞/뒤 -> //sanghoon begin/end (Sang-hun's code region markers); //상훈짱 begin/end, //상훈.. variants; // 鉉 -> // hyun (second developer's markers); // 鉉 - start/end patterns. - Functional string translations in recscore.cpp (mw4 + mw4print copies): body-part return values (왼발/오른발/etc. -> Left Leg/Right Leg/etc.), kill-announcer format strings (~30 entries), and the nonmfc.h assert dialog. - GosView profiler: 킪 -> us (microseconds) in timing display strings. - Network/socket code (ctcl.cpp, mugsocs.h, ctime.cpp across Launcher/ MW4Application/MW4GameEd2/AnimScript): state-machine comments, socket ID comments, login/session management comments. - render.hpp CHSH_Device member comments; GUIRadarManager.cpp drawing routine comments; hudchat/hudcomp2/huddamage/hudmap/hudweapon/hudtarg HUD component comments. - DXRasterizer.cpp: cleaned residual U+FFFD replacement characters left from a prior partial encoding conversion. UTF-8 encoding cleanup (76+ files): - Latin-1 single bytes converted to proper UTF-8 multi-byte sequences: © (0xA9) in 3dsmax4/Maxscrpt Autodesk/Wainwright copyright headers, ® (0xAE) in gosHelp/Remote.cpp, · (0xB7) bullet points in ai command.hpp, Û (0xDB) in SafeChain_Test.cpp tool header, ß (0xDF) in AnimationSuite version strings (8 files). - Font lookup tables (D3FFontEdit2/, fontedit/ *.h) intentionally left as-is: raw byte values are C array data, not text. Language DLL: - Replaced Gameleap/mw4/Language.dll (original Korean binary) and MW4/Language.dll with freshly built English version from Language - Win32 English config (Language.dsp). Fixes Korean button labels in the GameOS exception/crash dialog (??? ??... / ?? / ??? were showing instead of More Details.../Continue/Exit).
56 lines
1.7 KiB
C++
56 lines
1.7 KiB
C++
#if !defined(__CTIME__)
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#define __CTIME__
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#if !defined(TIMEDATE_YEAR_BASE)
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#define TIMEDATE_YEAR_BASE 1900
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#endif // !defined(TIMEDATE_YEAR_BASE)
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#if !defined(TIMEDATE_YEAR_BITS)
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#define TIMEDATE_YEAR_BITS 8
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#endif // !defined(TIMEDATE_YEAR_BITS)
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#define TIMEDATE_RESERVED_BITS (32 - (5 + 4 + TIMEDATE_YEAR_BITS + 1 + 1)) // 13?
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class CTimeDate
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{
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public:
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union {
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struct {
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// Bit Fields declared first are at the low-bit end.
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DWORD m_xDay: 5; // 2^0, 2^5-1
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DWORD m_xMonth: 4; // 2^5, 2^4-1
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DWORD m_xYear: TIMEDATE_YEAR_BITS; // from 1900-2155 // 2^9, 2^8-1
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DWORD m_xReserved: TIMEDATE_RESERVED_BITS; // 2^17,2^13-1
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DWORD m_xLunar: 1; // lunar system not solar system // 2^30, 2^1-1
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DWORD m_xLeap: 1; // leap month? in case of lunar system // 2^31, 2^1-1
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} m_LN;
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long m_lDate;
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};
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public:
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CTimeDate() { m_lDate = 0; } // TIMEDATE_YEAR_BASE/1/1 in solar
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CTimeDate(const CTimeDate& that) { m_lDate = that.m_lDate; }
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operator long& () { return *(long*)&m_lDate; }
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static BOOL IsLeapYear(int nYear);
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static long GetCurrent();
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int const GetYear() const { return m_LN.m_xYear + TIMEDATE_YEAR_BASE; }
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int const GetMonth() const { return m_LN.m_xMonth; }
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int const GetDay() const { return m_LN.m_xDay; }
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void CurrentDate();
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BOOL GetDate(long lDate, BOOL bLunar = FALSE, BOOL bLeap = FALSE);
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};
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class CTimeLong
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{
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public:
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long m_lTime; // time_t
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public:
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CTimeLong() { m_lTime = 0; }
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CTimeLong(const CTimeLong& that) { m_lTime = that.m_lTime; }
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operator long& () { return *(long*)&m_lTime; }
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static long GetCurrent();
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void CurrentTime();
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void GetTime(tm& t) const;
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};
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#endif //!defined(__CTIME__)
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