607 lines
17 KiB
C
607 lines
17 KiB
C
/*
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* Windows Calendar
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* Copyright (c) 1985 by Microsoft Corporation, all rights reserved.
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* Written by Mark L. Chamberlin, consultant to Microsoft.
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*
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****** calmonth.c
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*
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*/
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#include "cal.h"
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/**** GetWeekday - calculate day of week from D3. */
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WORD APIENTRY GetWeekday (D3*pd3)
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{
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/* Add 2 since January 1, 1980 was a Tuesday. */
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return ((DtFromPd3 (pd3) + 2) % 7);
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}
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/**** CDaysMonth - return the number of days in the month specified
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by the month and year of the D3 argument.
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****/
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INT APIENTRY CDaysMonth (D3*pd3)
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{
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register INT cDays;
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/* Calculate the number of days in the current month (adding in
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one if this is a leap year and the month is past February.
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*/
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cDays = vrgcDaysMonth [pd3 -> wMonth];
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if (pd3 -> wYear % 4 == 0 && pd3 -> wMonth == MONTHFEB)
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cDays++;
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return (cDays);
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}
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/**** SetUpMonth - Based on vd3Sel, set up the following:
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- vcDaysMonth - number of days in the month being displayed.
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- vcWeeksMonth - the number of weeks needed to display the month
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(4, 5, or 6).
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- vrgbMonth - the array of days. 0's indicate unused entries.
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****/
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VOID APIENTRY SetUpMonth ()
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{
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WORD wDay;
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INT *pb; /* changed from BYTE to int */
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D3 d3Temp;
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INT i;
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for (i=0; i< CBMONTHARRAY;i++)
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vrgbMonth[i]=0;
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/* FillBuf (vrgbMonth, CBMONTHARRAY*sizeof(int), 0); */
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/* Set up the count of days in the month. */
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vcDaysMonth = CDaysMonth (&vd3Sel);
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/* Get the weekday of the the first day of the month. */
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d3Temp = vd3Sel;
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d3Temp.wDay = 0;
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vwWeekdayFirst = GetWeekday (&d3Temp);
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/* Calculate the number of weeks we will need to display. */
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vcWeeksMonth = (vwWeekdayFirst + 6 + vcDaysMonth) / 7;
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/* Fill in the days. */
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pb = vrgbMonth + vwWeekdayFirst;
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for (wDay = 1; (WORD)wDay <= (WORD)vcDaysMonth; wDay++)
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/* *pb++ = (BYTE)wDay; */
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*pb++ = wDay;
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/* Set the TODAY bit of the appropriate day if today
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is in this month.
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*/
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if (vd3Cur.wMonth == vd3Sel.wMonth && vd3Cur.wYear == vd3Sel.wYear)
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vrgbMonth [vwWeekdayFirst + vd3Cur.wDay] |= TODAY;
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/* Set the marked bits for the marked days in this month. */
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GetMarkedDays ();
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}
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/**** BuildMonthGrid */
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VOID APIENTRY BuildMonthGrid ()
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{
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INT dx;
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INT dy;
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INT xco;
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INT yco;
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INT cLines;
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/* Calculate the x coordinates if vertical scrollbar is absent */
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if (vmScrollMax == 0)
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{
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dx = (vcxWnd2B + vcxBorder + vcxVScrollBar)/ 7;
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vrgxcoGrid [7] = vcxWnd2B + vcxHScrollBar;
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}
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else
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{
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/* Calculate the x coordinates if vertical scrollbar is present */
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dx = (vcxWnd2B + vcxBorder) / 7;
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vrgxcoGrid [7] = vcxWnd2B ;
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}
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xco = - vcxBorder;
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for (cLines = 0; cLines < 7; cLines++)
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{
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vrgxcoGrid [cLines] = xco;
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xco += dx;
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}
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/* Calculate the y coordinates if horiz. scrollbar is absent. */
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if (hmScrollMax == 0)
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{
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dy = (vcyWnd2BBot - vcyBorder + vcyHScrollBar)/vcWeeksMonth;
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vrgycoGrid [vcWeeksMonth] = vcyWnd2B;
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}
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/* Calculate the y coordinates if horiz. scrollbar is present. */
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else
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{
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dy = (vcyWnd2BBot - vcyBorder) / vcWeeksMonth;
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vrgycoGrid [vcWeeksMonth] = vcyWnd2B - vcyHScrollBar;
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}
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yco = vcyWnd2BTop;
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for (cLines = 0; cLines < vcWeeksMonth; cLines++)
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{
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vrgycoGrid [cLines] = yco;
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yco += dy;
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}
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}
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/**** PaintMonthGrid - Paint the grid for the monthly calendar display. */
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VOID APIENTRY PaintMonthGrid (HDC hDC)
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{
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INT *pcoCur;
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INT *pcoMax;
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BuildMonthGrid ();
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/* Draw the horizontal lines. */
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pcoCur = vrgycoGrid;
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for (pcoMax = pcoCur+vcWeeksMonth; pcoCur < pcoMax; pcoCur++)
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PatBlt (hDC, 0, *pcoCur, vcxWnd2B + vcxVScrollBar, vcyBorder, PATCOPY);
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/* Draw the vertical lines. */
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pcoCur = vrgxcoGrid + 1;
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for (pcoMax = pcoCur+6; pcoCur < pcoMax; pcoCur++)
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PatBlt(hDC, *pcoCur, vcyWnd2BTop, vcxBorder, vcyWnd2BBot + vcyHScrollBar, PATCOPY);
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}
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/**** PaintMonth */
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VOID APIENTRY PaintMonth (HDC hDC)
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{
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INT xcoBox;
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INT ycoBox;
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INT dx;
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INT dy;
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INT xcoText;
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INT ycoText;
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INT cDay;
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INT cWeek;
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INT cch;
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CHAR *pch;
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INT *pb; /* changed from BYTE to int */
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INT *pxcoCur;
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INT *pycoCur;
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CHAR rgchDayAbbrevs[4];
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CHAR rgch[CCHDATEDISP];
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DOSDATE dd;
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extern HANDLE hinstTimeDate;
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INT iWeekStart; /* week no. of month which will appear on top row
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in monthview */
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INT iWeekEnd; /* week no. which will appear on last row of
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month view */
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INT iDayStart; /* weekday which will appear on leftmost column */
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INT iDayEnd; /* weekday which will appear on rightmost column */
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INT MarkedBits; /* the marked bits extracted from a day */
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dd.year = vd3Sel.wYear + 1980;
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dd.month = vd3Sel.wMonth + 1;
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cch = GetLongDateString(&dd, rgch, GDS_LONG | GDS_NODAY);
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xcoText = (vcxWnd2B - cch * vcxFont) / 2;
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ycoText = 2;
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TextOut(hDC, xcoText, ycoText, (LPSTR)rgch, cch );
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iDayEnd = 7;
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iWeekEnd = vcWeeksMonth + 2;
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/* for an unscrolled window */
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if ((vmScrollPos == 0) && (hmScrollPos == 0))
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{
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iWeekStart = 0;
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iDayStart = 0;
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pb = vrgbMonth;
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pycoCur = vrgycoGrid;
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}
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else /* scrolled window */
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{
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iWeekStart = vmScrollPos +1;
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iDayStart = hmScrollPos;
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pycoCur = vrgycoGrid + iWeekStart -(vmScrollPos + 1);
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pb = vrgbMonth + (iWeekStart -1)*7 + iDayStart;
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}
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ycoBox = *pycoCur;
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dy = *pycoCur -ycoBox;
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pxcoCur = vrgxcoGrid;
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pb -= iDayStart - hmScrollPos ;
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/* display "S M T W ..." above month grid */
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for (cDay = iDayStart; cDay < iDayEnd; cDay++ )
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{
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INT cchT;
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xcoBox = *pxcoCur++;
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dx = *pxcoCur -xcoBox;
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cchT = LoadString(hinstTimeDate, IDS_DAYABBREVS+cDay,
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(LPSTR)rgchDayAbbrevs, 4);
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xcoText = xcoBox + (dx - cchT*vcxFont)/2;
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ycoText = vcyWnd2BTop -vcyLineToLine;
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TextOut (hDC, xcoText, ycoText, (LPSTR)rgchDayAbbrevs, cchT);
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}
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/* draw the month grid and fill in the dates */
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for (cWeek = iWeekStart ; cWeek < iWeekEnd ; cWeek++,pb+=iDayStart)
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{
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ycoBox = *pycoCur++;
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dy = *pycoCur - ycoBox;
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pxcoCur = vrgxcoGrid;
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for (cDay = iDayStart; cDay < iDayEnd ; cDay++, pb++)
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{
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xcoBox = *pxcoCur++;
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dx = *pxcoCur - xcoBox;
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if (*pb !=0)
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{
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cch = 2;
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ByteTo2Digs (*pb & ~(MARK_BOX| TODAY), pch = rgch);
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if (*pch == '0')
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{
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cch--;
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pch++;
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}
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xcoText = xcoBox + (dx - cch * vcxFont) / 2;
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ycoText = ycoBox + vcyBorder + (dy - vcyFont) / 2;
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/* draw mark symbols, if any */
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if ((MarkedBits = ((~CLEARMARKEDBITS) & (*pb))) != 0)
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DrawMark (hDC, xcoBox, ycoText, dx, MarkedBits);
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if (*pb & TODAY)
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ShowToday (hDC, xcoBox, ycoText, dx);
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TextOut (hDC, xcoText, ycoText, (LPSTR)pch, cch);
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}
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}
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}
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InvertDay (hDC, vd3Sel.wDay);
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/* Don't mess with the caret position if the notes have the focus. */
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if (vhwndFocus == vhwnd2B)
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PositionCaret ();
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}
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/**** DrawMark ***/
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/***********************************************************************
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*
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* VOID PASCAL DrawMark (hDC, xcoBox, ycoText, dx, MarkedBits)
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*
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* purpose : To extract the marked bits one by one and draw the corresp.
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* mark symbols next to the selected day in month mode.
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*
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* paramteters : hDC - the display context
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* xcoBox - the x-coordinate of the left vertical edge
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* of box containing selected day
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* ycoText - y-coordinate of text to be written in box
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* dx - width of box
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* MarkedBits - variable with bits set corresp. to marks on
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* selected day
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*
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* returns : none
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*
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* called by : PaintMonth
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*
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***********************************************************************/
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VOID APIENTRY DrawMark (
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HDC hDC,
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INT xcoBox,
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INT ycoText,
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INT dx,
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INT MarkedBits)
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{
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INT xcoLeft; /* left x coordinate of box mark */
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INT xcoRight; /* right x coordinate of box mark */
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INT ycoTop; /* top y coordinate of box mark */
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INT ycoBottom; /* bottom y coordinate of box mark */
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/* Note - the assumption is that numeric digits will not have
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descenders. Therefore, we subtract out the descent when
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calculating the space below the date digits in the monthly
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calendar display.
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*/
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xcoLeft = xcoBox + (dx - 2 * vcxFont) / 2 - 2 * vcxBorder;
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xcoRight = xcoLeft + 2 * vcxFont + 6 * vcxBorder;
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ycoTop = ycoText - 2 * vcyBorder;
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ycoBottom = ycoText + vcyFont + max (vcyBorder - vcyDescent, 0);
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if (MarkedBits & MARK_BOX) /* a box-type mark */
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{
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PatBlt (hDC, xcoLeft, ycoTop, xcoRight - xcoLeft + 1, vcyBorder, PATCOPY);
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PatBlt (hDC, xcoLeft, ycoBottom, xcoRight - xcoLeft + 1, vcyBorder, PATCOPY);
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PatBlt (hDC, xcoLeft, ycoTop, vcxBorder, ycoBottom - ycoTop + 1, PATCOPY);
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PatBlt (hDC, xcoRight, ycoTop, vcxBorder, ycoBottom - ycoTop + 1, PATCOPY);
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}
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if (MarkedBits & MARK_CIRCLE) /* a "o" -type mark */
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Ellipse (hDC, xcoLeft - 7*vcxBorder, ycoBottom +2*vcyBorder,
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xcoLeft - 3*vcxBorder, ycoBottom + 6*vcyBorder);
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if (MarkedBits & MARK_PARENTHESES) /* a parentheses-type mark */
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{
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TextOut ( hDC, xcoLeft - 4*vcxFont/3,ycoText, vszMarkLeftParen, 1);
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TextOut ( hDC, xcoRight + 2*vcxBorder,ycoText, vszMarkRightParen,1);
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}
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if (MarkedBits & MARK_CROSS) /* an "x" mark */
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{
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(void)MMoveTo (hDC, xcoLeft - 2*vcxBorder, ycoTop - 2*vcxBorder);
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LineTo (hDC, xcoLeft - 7*vcxBorder, ycoTop -6*vcxBorder);
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(void)MMoveTo (hDC, xcoLeft - 6*vcxBorder, ycoTop - 2*vcxBorder);
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LineTo (hDC, xcoLeft - vcxBorder, ycoTop -6*vcxBorder);
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}
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if (MarkedBits & MARK_UNDERSCORE) /* a "_" mark */
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{
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/*
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ycoBottom = ycoText + 14 * vcyBorder;
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*/
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PatBlt (hDC, xcoLeft, ycoBottom, xcoRight - xcoLeft + 1, vcyBorder, PATCOPY);
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}
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}
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/**** ShowToday */
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VOID APIENTRY ShowToday (
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HDC hDC,
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INT xcoBox,
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INT ycoText,
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INT dx)
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{
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TextOut (hDC, xcoBox + 1, ycoText, (LPSTR)">", 1);
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TextOut (hDC, xcoBox + dx - vcxFont - 2, ycoText, (LPSTR)"<", 1);
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}
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/**** InvertDay - Invert the specified day. */
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VOID APIENTRY InvertDay (
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HDC hDC,
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WORD wDay)
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{
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RECT rect;
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MapDayToRect (wDay, &rect);
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InvertRect (hDC, (LPRECT)&rect);
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}
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/**** PositionCaret */
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VOID APIENTRY PositionCaret ()
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{
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RECT rect;
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INT xcoCaret;
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INT ycoCaret;
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MapDayToRect (vd3Sel.wDay, &rect);
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/* Center the caret horizontally (it is 2 * vcxFont wide),
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and put it just above the bottom of the date box.
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*/
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xcoCaret = (rect.left + rect.right) / 2 - vcxFont;
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ycoCaret = rect.bottom - vcyBorder;
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SetCaretPos (xcoCaret, ycoCaret);
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}
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/**** MapDayToRect */
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VOID APIENTRY MapDayToRect (
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WORD wDay,
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RECT *prect)
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{
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INT ixco;
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INT iyco;
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INT irgb;
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ixco = (irgb = vwWeekdayFirst + wDay - vmScrollPos*7 - hmScrollPos)%7 ;
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iyco = irgb / 7;
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if ((ixco < 0)||(ixco > 6)||(iyco < 0) ||(iyco > vcWeeksMonth))
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{
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prect->left = prect->right = 0;
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prect->top = prect->bottom = 0;
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}
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else
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{
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prect -> left = vrgxcoGrid [ixco] + vcxBorder;
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prect -> right = vrgxcoGrid [ixco + 1 ];
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prect -> top = vrgycoGrid [iyco] + vcyBorder;
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prect -> bottom = vrgycoGrid [iyco + 1];
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}
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}
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/**** FMapCoToIGrid */
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BOOL APIENTRY FMapCoToIGrid (
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INT co, /* INPUT - the coordinate to map. */
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INT *pco, /* INPUT - Coordinates of the grid. */
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INT cco, /* INPUT - Count of coordinates in the grid. */
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INT *pico) /* OUTPUT - the index of the grid coordinate. */
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{
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/* Note - by using co >= *pco in the loop control, we map the
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the leftmost pixel of the calendar to the first column and
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the topmost pixel to the first row. Then, because inside
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the loop we use co <= *++pco, the rightmost and bottommost
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pixels get mapped to the last column and bottom row.
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A click on the border between two adjacent date boxes is
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mapped to the one to the right (for vertical borders),
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or bottom (for horizontal borders).
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*/
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for (*pico = 0; *pico < cco && co >= *pco; (*pico)++)
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{
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if (co <= *++pco)
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return (TRUE);
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}
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return (FALSE);
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}
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/**** DtFromPd3 - convert D3 to DT. */
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DT APIENTRY FAR DtFromPd3 (D3 *pd3)
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{
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static INT cDaysAccum [12] =
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{0, 31, 59, 90, 120, 151, 181, 212, 243, 273, 304, 334};
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DT dt;
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dt = (pd3 -> wYear) * 365;
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/* Add in the days for the preceding leap years. */
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if (pd3 -> wYear != 0)
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dt += 1 + (pd3 -> wYear - 1) / 4;
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/* Add in the days for the full months before the current one. */
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dt += (DT)(cDaysAccum [pd3 -> wMonth]);
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/* If this is a leap year and the current month is beyond February,
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add in an extra day.
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*/
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if (pd3 -> wYear % 4 == 0 && pd3 -> wMonth > MONTHFEB)
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dt++;
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/* Add in the days of the current month (prior to the current one). */
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dt += pd3 -> wDay;
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return (dt);
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}
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/**** GetMarkedDays - set the marked bits in vrgbMonth for the days
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of the current month that are marked.
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****/
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VOID APIENTRY GetMarkedDays ()
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{
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D3 d3Temp;
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DT dtFirst; /* First day of month. */
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DT dtMax; /* Last day of month + 1. */
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DT dtCur; /* Day of month of current dd. */
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INT itdd; /* Index into the tdd. */
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DD *pdd; /* Pointer into the tdd. */
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/* Get the DTs of the first and (last + 1) days of the month. */
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d3Temp = vd3Sel;
|
|
d3Temp.wDay = 0;
|
|
dtMax = (dtFirst = DtFromPd3 (&d3Temp)) + vcDaysMonth;
|
|
|
|
/* Look for the first day of the month. If it's found, itdd will
|
|
be its index. If it's not found, itdd will be the index of the
|
|
first entry in the tdd that is beyond the first day of the month.
|
|
In either case, this is the place where we start looking for marked
|
|
days within the current month.
|
|
*/
|
|
FSearchTdd (dtFirst, &itdd);
|
|
|
|
/* Lock the tdd and looking at all dates in the current month,
|
|
set their marked bits in vrgbMonth if they are marked in the
|
|
tdd.
|
|
*/
|
|
for (pdd = TddLock () + itdd;
|
|
itdd < vcddUsed && (dtCur = pdd -> dt) < dtMax; pdd++, itdd++)
|
|
/* set marked bits on each day */
|
|
if (pdd -> fMarked)
|
|
vrgbMonth [vwWeekdayFirst + (dtCur - dtFirst)] |= pdd -> fMarked;
|
|
|
|
TddUnlock ();
|
|
}
|
|
|
|
|
|
|
|
|
|
/**** MonthMode - Switch to month mode. */
|
|
|
|
VOID APIENTRY MonthMode ()
|
|
{
|
|
|
|
if (vfDayMode)
|
|
{
|
|
/* Record edits and disable focus for now. (When UpdateMonth
|
|
calls FFetchNewDate the focus should be NULL so it doesn't
|
|
get set to the wrong thing (like Wnd3)).
|
|
*/
|
|
CalSetFocus ((HWND)NULL);
|
|
|
|
/* Say we are in Month mode. */
|
|
vfDayMode = FALSE;
|
|
|
|
SetScrollRange (vhwnd2B, SB_VERT, 0, SCROLLMONTHLAST, FALSE);
|
|
SetScrollPos (vhwnd2B, SB_VERT, vd3Sel.wYear * 12 + vd3Sel.wMonth,
|
|
TRUE);
|
|
|
|
/* Hide the appointment description edit control. */
|
|
ShowWindow (vhwnd3, HIDE_WINDOW);
|
|
|
|
/* Repaint Wnd2A to display "Today is: ..." message. */
|
|
InvalidateRect (vhwnd2A, (LPRECT)NULL, TRUE);
|
|
|
|
/* Note - we are coming from View Month in CalCommand, so
|
|
vd3To == vd3Sel. This, along with setting vwDaySticky
|
|
to the current selected day will insure that the selected
|
|
date does not change when we call UpDateMonth.
|
|
*/
|
|
vwDaySticky = vd3Sel.wDay;
|
|
SetScrollPos (vhwnd2B, SB_HORZ, hmScrollPos, TRUE);
|
|
SetScrollPos (vhwnd2B, SB_VERT, vmScrollPos, TRUE);
|
|
SetScrollRange (vhwnd2B, SB_HORZ, 0, hmScrollMax, TRUE);
|
|
SetScrollRange (vhwnd2B, SB_VERT, 0, vmScrollMax, TRUE);
|
|
|
|
UpdateMonth ();
|
|
|
|
/* If the focus was in the notes area in day mode, leave it in
|
|
the notes area in month mode. Otherwise put the focus on
|
|
the calendar.
|
|
*/
|
|
CalSetFocus (vhwndFocus == vhwnd2C ? vhwnd2C : vhwnd2B);
|
|
}
|
|
}
|