139 lines
3.7 KiB
C
139 lines
3.7 KiB
C
/* Time and date stuff */
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/* NOTE: Date & time input routines work only if SS == DS */
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#include "windows.h"
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#include <port1632.h>
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#include "date.h"
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CHAR chSepDate = '/'; /* Separator character for date string */
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CHAR chSepTime = ':'; /* Separator character for time string */
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CHAR sz1159[9] = "AM"; /* Time string suffix for morning hours */
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CHAR sz2359[9] = "PM"; /* Time string suffix for afternoon */
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INT iYearOffset = 0; /* Japanese year offset */
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INT iDate = 0; /* short date format code */
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BOOL f24Time = FALSE; /* True if military time, else False */
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BOOL fLZero = FALSE; /* True iff date values get leading zeros */
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HANDLE hinstTimeDate;
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INT cchTimeMax; /* Size of time string */
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INT cchLongDateMax;
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CHAR * FAR APIENTRY Int2Ascii();
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CHAR * APIENTRY Ascii2Int();
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CHAR * APIENTRY SkipSep();
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INT FAR APIENTRY GetTimeString(PDOSTIME pdt, CHAR *pch, WORD format)
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{
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CHAR *pchSave = pch;
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CHAR *szAMPM;
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INT h;
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szAMPM = NULL;
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h = pdt->hour;
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if (!f24Time) { /* want 12 hour clock */
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if (h >= 12) { /* PM */
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h -= 12;
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szAMPM = sz2359;
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} else {
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szAMPM = sz1159;
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}
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if (h == 0)
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h = 12;
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}
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pch = Int2Ascii(h, pch, fLZero || (format & GTS_LEADINGZEROS));
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*pch++ = chSepTime;
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pch = Int2Ascii(pdt->minutes, pch, TRUE);
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#ifdef DISABLE
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if (format & (GTS_SECONDS | GTS_HUNDREDTHS)) {
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*pch++ = chSepTime;
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pch = Int2Ascii(pdt->seconds, pch, TRUE);
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}
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if (format & GTS_HUNDREDTHS) {
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*pch++ = chSepTime;
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pch = Int2Ascii(pdt->hundredths, pch, TRUE);
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}
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#endif
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if (szAMPM) {
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*pch++ = ' ';
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while (*szAMPM != 0)
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*pch++ = *szAMPM++;
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}
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if ((format & GTS_LEADINGSPACE) && *pchSave == '0')
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*pchSave = ' ';
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*pch = 0;
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return(pch - pchSave);
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}
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INT FAR APIENTRY GetDateString(PDOSDATE pdd, CHAR *pch, WORD format)
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{
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CHAR *pchSave = pch;
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CHAR *szMonth;
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INT i1, i2, i3;
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BOOL fLZeroSave;
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LANGID PrimaryLangID = PRIMARYLANGID(GetSystemDefaultLangID());
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if ((PrimaryLangID == LANG_JAPANESE) || (PrimaryLangID == LANG_KOREAN))
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{
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pdd->year = pdd->year - iYearOffset;
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if (format != GDS_LONG)
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pdd->year %= 100;
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}
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else
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{
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pdd->year = (pdd->year - iYearOffset) % 100;
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}
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i1 = pdd->month; /* assume mdy */
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i2 = pdd->day;
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i3 = pdd->year;
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if (iDate != 0) {
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i1 = pdd->day; /* dmy or ymd */
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i2 = pdd->month;
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if (iDate == 2) { /* ymd */
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i1 = pdd->year;
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i3 = pdd->day;
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}
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}
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if ((iDate == 2) && (format == GDS_LONG) && ((PrimaryLangID == LANG_JAPANESE) || (PrimaryLangID == LANG_KOREAN)))
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{
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pch = Int2Ascii(i1/100, pch, fLZero);
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pch = Int2Ascii(i1%100, pch, TRUE);
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}
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else
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{
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pch = Int2Ascii(i1, pch, fLZero);
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}
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*pch++ = chSepDate;
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pch = Int2Ascii(i2, pch, fLZero);
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*pch++ = chSepDate;
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if ((iDate != 2) && (format == GDS_LONG) && ((PrimaryLangID == LANG_JAPANESE) || (PrimaryLangID == LANG_KOREAN)))
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{
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pch = Int2Ascii(i3/100, pch, fLZero);
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pch = Int2Ascii(i3%100, pch, TRUE);
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}
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else
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{
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pch = Int2Ascii(i3, pch, fLZero);
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}
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*pch = 0;
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return(pch - pchSave);
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}
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CHAR * FAR APIENTRY Int2Ascii(val, pch, fLeadingZeros)
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register INT val;
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register CHAR *pch;
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BOOL fLeadingZeros;
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{
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INT tens;
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if ((tens = val / 10) != 0 || fLeadingZeros) {
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*pch++ = tens + '0';
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}
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*pch++ = (val % 10) + '0';
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return(pch);
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} |