2 * winctrls.c: routines to self-manage the controls in a dialog
7 * Possible TODO in new cross-platform config box stuff:
9 * - When lining up two controls alongside each other, I wonder if
10 * we could conveniently arrange to centre them vertically?
11 * Particularly ugly in the current setup is the `Add new
12 * forwarded port:' static next to the rather taller `Remove'
30 #define STATICHEIGHT 8
31 #define TITLEHEIGHT 12
32 #define CHECKBOXHEIGHT 8
36 #define LISTINCREMENT 8
37 #define COMBOHEIGHT 12
38 #define PUSHBTNHEIGHT 14
39 #define PROGBARHEIGHT 14
41 void ctlposinit(struct ctlpos
*cp
, HWND hwnd
,
42 int leftborder
, int rightborder
, int topborder
)
46 cp
->font
= SendMessage(hwnd
, WM_GETFONT
, 0, 0);
48 GetClientRect(hwnd
, &r
);
52 MapDialogRect(hwnd
, &r2
);
53 cp
->dlu4inpix
= r2
.right
;
54 cp
->width
= (r
.right
* 4) / (r2
.right
) - 2 * GAPBETWEEN
;
55 cp
->xoff
= leftborder
;
56 cp
->width
-= leftborder
+ rightborder
;
59 HWND
doctl(struct ctlpos
*cp
, RECT r
,
60 char *wclass
, int wstyle
, int exstyle
, char *wtext
, int wid
)
64 * Note nonstandard use of RECT. This is deliberate: by
65 * transforming the width and height directly we arrange to
66 * have all supposedly same-sized controls really same-sized.
70 MapDialogRect(cp
->hwnd
, &r
);
73 * We can pass in cp->hwnd == NULL, to indicate a dry run
74 * without creating any actual controls.
77 ctl
= CreateWindowEx(exstyle
, wclass
, wtext
, wstyle
,
78 r
.left
, r
.top
, r
.right
, r
.bottom
,
79 cp
->hwnd
, (HMENU
) wid
, hinst
, NULL
);
80 SendMessage(ctl
, WM_SETFONT
, cp
->font
, MAKELPARAM(TRUE
, 0));
82 if (!strcmp(wclass
, "LISTBOX")) {
84 * Bizarre Windows bug: the list box calculates its
85 * number of lines based on the font it has at creation
86 * time, but sending it WM_SETFONT doesn't cause it to
87 * recalculate. So now, _after_ we've sent it
88 * WM_SETFONT, we explicitly resize it (to the same
89 * size it was already!) to force it to reconsider.
91 SetWindowPos(ctl
, NULL
, 0, 0, r
.right
, r
.bottom
,
92 SWP_NOACTIVATE
| SWP_NOCOPYBITS
|
93 SWP_NOMOVE
| SWP_NOZORDER
);
101 * A title bar across the top of a sub-dialog.
103 void bartitle(struct ctlpos
*cp
, char *name
, int id
)
110 r
.bottom
= STATICHEIGHT
;
111 cp
->ypos
+= r
.bottom
+ GAPBETWEEN
;
112 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, name
, id
);
116 * Begin a grouping box, with or without a group title.
118 void beginbox(struct ctlpos
*cp
, char *name
, int idbox
)
120 cp
->boxystart
= cp
->ypos
;
122 cp
->boxystart
-= STATICHEIGHT
/ 2;
124 cp
->ypos
+= STATICHEIGHT
;
126 cp
->width
-= 2 * GAPXBOX
;
133 * End a grouping box.
135 void endbox(struct ctlpos
*cp
)
139 cp
->width
+= 2 * GAPXBOX
;
140 cp
->ypos
+= GAPYBOX
- GAPBETWEEN
;
143 r
.top
= cp
->boxystart
;
144 r
.bottom
= cp
->ypos
- cp
->boxystart
;
145 doctl(cp
, r
, "BUTTON", BS_GROUPBOX
| WS_CHILD
| WS_VISIBLE
, 0,
146 cp
->boxtext ? cp
->boxtext
: "", cp
->boxid
);
151 * A static line, followed by a full-width edit box.
153 void editboxfw(struct ctlpos
*cp
, int password
, char *text
,
154 int staticid
, int editid
)
163 r
.bottom
= STATICHEIGHT
;
164 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, text
, staticid
);
165 cp
->ypos
+= STATICHEIGHT
+ GAPWITHIN
;
168 r
.bottom
= EDITHEIGHT
;
170 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| ES_AUTOHSCROLL
|
171 (password ? ES_PASSWORD
: 0),
172 WS_EX_CLIENTEDGE
, "", editid
);
173 cp
->ypos
+= EDITHEIGHT
+ GAPBETWEEN
;
177 * A static line, followed by a full-width combo box.
179 void combobox(struct ctlpos
*cp
, char *text
, int staticid
, int listid
)
188 r
.bottom
= STATICHEIGHT
;
189 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, text
, staticid
);
190 cp
->ypos
+= STATICHEIGHT
+ GAPWITHIN
;
193 r
.bottom
= COMBOHEIGHT
* 10;
194 doctl(cp
, r
, "COMBOBOX",
195 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| WS_VSCROLL
|
196 CBS_DROPDOWN
| CBS_HASSTRINGS
, WS_EX_CLIENTEDGE
, "", listid
);
197 cp
->ypos
+= COMBOHEIGHT
+ GAPBETWEEN
;
200 struct radio
{ char *text
; int id
; };
202 static void radioline_common(struct ctlpos
*cp
, char *text
, int id
,
203 int nacross
, struct radio
*buttons
, int nbuttons
)
214 r
.bottom
= STATICHEIGHT
;
215 cp
->ypos
+= r
.bottom
+ GAPWITHIN
;
216 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, text
, id
);
221 for (j
= 0; j
< nbuttons
; j
++) {
222 char *btext
= buttons
[j
].text
;
223 int bid
= buttons
[j
].id
;
226 cp
->ypos
+= r
.bottom
+ (nacross
> 1 ? GAPBETWEEN
: GAPWITHIN
);
229 r
.left
= GAPBETWEEN
+ i
* (cp
->width
+ GAPBETWEEN
) / nacross
;
232 (i
+ 1) * (cp
->width
+ GAPBETWEEN
) / nacross
- r
.left
;
234 r
.right
= cp
->width
- r
.left
;
236 r
.bottom
= RADIOHEIGHT
;
237 doctl(cp
, r
, "BUTTON",
238 BS_NOTIFY
| BS_AUTORADIOBUTTON
| WS_CHILD
|
239 WS_VISIBLE
| WS_TABSTOP
| group
, 0, btext
, bid
);
243 cp
->ypos
+= r
.bottom
+ GAPBETWEEN
;
247 * A set of radio buttons on the same line, with a static above
248 * them. `nacross' dictates how many parts the line is divided into
249 * (you might want this not to equal the number of buttons if you
250 * needed to line up some 2s and some 3s to look good in the same
253 * There's a bit of a hack in here to ensure that if nacross
254 * exceeds the actual number of buttons, the rightmost button
255 * really does get all the space right to the edge of the line, so
256 * you can do things like
258 * (*) Button1 (*) Button2 (*) ButtonWithReallyLongTitle
260 void radioline(struct ctlpos
*cp
, char *text
, int id
, int nacross
, ...)
263 struct radio
*buttons
;
266 va_start(ap
, nacross
);
269 char *btext
= va_arg(ap
, char *);
273 bid
= va_arg(ap
, int);
277 buttons
= snewn(nbuttons
, struct radio
);
278 va_start(ap
, nacross
);
279 for (i
= 0; i
< nbuttons
; i
++) {
280 buttons
[i
].text
= va_arg(ap
, char *);
281 buttons
[i
].id
= va_arg(ap
, int);
284 radioline_common(cp
, text
, id
, nacross
, buttons
, nbuttons
);
289 * A set of radio buttons on the same line, without a static above
290 * them. Otherwise just like radioline.
292 void bareradioline(struct ctlpos
*cp
, int nacross
, ...)
295 struct radio
*buttons
;
298 va_start(ap
, nacross
);
301 char *btext
= va_arg(ap
, char *);
305 bid
= va_arg(ap
, int);
308 buttons
= snewn(nbuttons
, struct radio
);
309 va_start(ap
, nacross
);
310 for (i
= 0; i
< nbuttons
; i
++) {
311 buttons
[i
].text
= va_arg(ap
, char *);
312 buttons
[i
].id
= va_arg(ap
, int);
315 radioline_common(cp
, NULL
, 0, nacross
, buttons
, nbuttons
);
320 * A set of radio buttons on multiple lines, with a static above
323 void radiobig(struct ctlpos
*cp
, char *text
, int id
, ...)
326 struct radio
*buttons
;
332 char *btext
= va_arg(ap
, char *);
336 bid
= va_arg(ap
, int);
339 buttons
= snewn(nbuttons
, struct radio
);
341 for (i
= 0; i
< nbuttons
; i
++) {
342 buttons
[i
].text
= va_arg(ap
, char *);
343 buttons
[i
].id
= va_arg(ap
, int);
346 radioline_common(cp
, text
, id
, 1, buttons
, nbuttons
);
351 * A single standalone checkbox.
353 void checkbox(struct ctlpos
*cp
, char *text
, int id
)
360 r
.bottom
= CHECKBOXHEIGHT
;
361 cp
->ypos
+= r
.bottom
+ GAPBETWEEN
;
362 doctl(cp
, r
, "BUTTON",
363 BS_NOTIFY
| BS_AUTOCHECKBOX
| WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
, 0,
368 * Wrap a piece of text for a static text control. Returns the
369 * wrapped text (a malloc'ed string containing \ns), and also
370 * returns the number of lines required.
372 char *staticwrap(struct ctlpos
*cp
, HWND hwnd
, char *text
, int *lines
)
374 HDC hdc
= GetDC(hwnd
);
375 int lpx
= GetDeviceCaps(hdc
, LOGPIXELSX
);
376 int width
, nlines
, j
;
381 HFONT oldfont
, newfont
;
383 ret
= snewn(1+strlen(text
), char);
386 pwidths
= snewn(1+strlen(text
), INT
);
389 * Work out the width the text will need to fit in, by doing
390 * the same adjustment that the `statictext' function itself
393 SetMapMode(hdc
, MM_TEXT
); /* ensure logical units == pixels */
394 r
.left
= r
.top
= r
.bottom
= 0;
396 MapDialogRect(hwnd
, &r
);
402 * We must select the correct font into the HDC before calling
403 * GetTextExtent*, or silly things will happen.
405 newfont
= (HFONT
)SendMessage(hwnd
, WM_GETFONT
, 0, 0);
406 oldfont
= SelectObject(hdc
, newfont
);
409 if (!GetTextExtentExPoint(hdc
, p
, strlen(p
), width
,
410 &nfit
, pwidths
, &size
) ||
411 (size_t)nfit
>= strlen(p
)) {
413 * Either GetTextExtentExPoint returned failure, or the
414 * whole of the rest of the text fits on this line.
415 * Either way, we stop wrapping, copy the remainder of
416 * the input string unchanged to the output, and leave.
423 * Now we search backwards along the string from `nfit',
424 * looking for a space at which to break the line. If we
425 * don't find one at all, that's fine - we'll just break
426 * the line at `nfit'.
428 for (j
= nfit
; j
> 0; j
--) {
429 if (isspace((unsigned char)p
[j
])) {
440 while (*p
&& isspace((unsigned char)*p
))
446 SelectObject(hdc
, oldfont
);
447 ReleaseDC(cp
->hwnd
, hdc
);
449 if (lines
) *lines
= nlines
;
455 * A single standalone static text control.
457 void statictext(struct ctlpos
*cp
, char *text
, int lines
, int id
)
464 r
.bottom
= STATICHEIGHT
* lines
;
465 cp
->ypos
+= r
.bottom
+ GAPBETWEEN
;
466 doctl(cp
, r
, "STATIC",
467 WS_CHILD
| WS_VISIBLE
| SS_LEFTNOWORDWRAP
,
472 * An owner-drawn static text control for a panel title.
474 void paneltitle(struct ctlpos
*cp
, int id
)
481 r
.bottom
= TITLEHEIGHT
;
482 cp
->ypos
+= r
.bottom
+ GAPBETWEEN
;
483 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
| SS_OWNERDRAW
,
488 * A button on the right hand side, with a static to its left.
490 void staticbtn(struct ctlpos
*cp
, char *stext
, int sid
,
491 char *btext
, int bid
)
493 const int height
= (PUSHBTNHEIGHT
> STATICHEIGHT ?
494 PUSHBTNHEIGHT
: STATICHEIGHT
);
496 int lwid
, rwid
, rpos
;
498 rpos
= GAPBETWEEN
+ 3 * (cp
->width
+ GAPBETWEEN
) / 4;
499 lwid
= rpos
- 2 * GAPBETWEEN
;
500 rwid
= cp
->width
+ GAPBETWEEN
- rpos
;
503 r
.top
= cp
->ypos
+ (height
- STATICHEIGHT
) / 2;
505 r
.bottom
= STATICHEIGHT
;
506 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
509 r
.top
= cp
->ypos
+ (height
- PUSHBTNHEIGHT
) / 2;
511 r
.bottom
= PUSHBTNHEIGHT
;
512 doctl(cp
, r
, "BUTTON",
513 BS_NOTIFY
| WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| BS_PUSHBUTTON
,
516 cp
->ypos
+= height
+ GAPBETWEEN
;
520 * A simple push button.
522 void button(struct ctlpos
*cp
, char *btext
, int bid
, int defbtn
)
529 r
.bottom
= PUSHBTNHEIGHT
;
531 /* Q67655: the _dialog box_ must know which button is default
532 * as well as the button itself knowing */
533 if (defbtn
&& cp
->hwnd
)
534 SendMessage(cp
->hwnd
, DM_SETDEFID
, bid
, 0);
536 doctl(cp
, r
, "BUTTON",
537 BS_NOTIFY
| WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
|
538 (defbtn ? BS_DEFPUSHBUTTON
: 0) | BS_PUSHBUTTON
,
541 cp
->ypos
+= PUSHBTNHEIGHT
+ GAPBETWEEN
;
545 * Like staticbtn, but two buttons.
547 void static2btn(struct ctlpos
*cp
, char *stext
, int sid
,
548 char *btext1
, int bid1
, char *btext2
, int bid2
)
550 const int height
= (PUSHBTNHEIGHT
> STATICHEIGHT ?
551 PUSHBTNHEIGHT
: STATICHEIGHT
);
553 int lwid
, rwid1
, rwid2
, rpos1
, rpos2
;
555 rpos1
= GAPBETWEEN
+ (cp
->width
+ GAPBETWEEN
) / 2;
556 rpos2
= GAPBETWEEN
+ 3 * (cp
->width
+ GAPBETWEEN
) / 4;
557 lwid
= rpos1
- 2 * GAPBETWEEN
;
558 rwid1
= rpos2
- rpos1
- GAPBETWEEN
;
559 rwid2
= cp
->width
+ GAPBETWEEN
- rpos2
;
562 r
.top
= cp
->ypos
+ (height
- STATICHEIGHT
) / 2;
564 r
.bottom
= STATICHEIGHT
;
565 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
568 r
.top
= cp
->ypos
+ (height
- PUSHBTNHEIGHT
) / 2;
570 r
.bottom
= PUSHBTNHEIGHT
;
571 doctl(cp
, r
, "BUTTON",
572 BS_NOTIFY
| WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| BS_PUSHBUTTON
,
576 r
.top
= cp
->ypos
+ (height
- PUSHBTNHEIGHT
) / 2;
578 r
.bottom
= PUSHBTNHEIGHT
;
579 doctl(cp
, r
, "BUTTON",
580 BS_NOTIFY
| WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| BS_PUSHBUTTON
,
583 cp
->ypos
+= height
+ GAPBETWEEN
;
587 * An edit control on the right hand side, with a static to its left.
589 static void staticedit_internal(struct ctlpos
*cp
, char *stext
,
590 int sid
, int eid
, int percentedit
,
593 const int height
= (EDITHEIGHT
> STATICHEIGHT ?
594 EDITHEIGHT
: STATICHEIGHT
);
596 int lwid
, rwid
, rpos
;
599 GAPBETWEEN
+ (100 - percentedit
) * (cp
->width
+ GAPBETWEEN
) / 100;
600 lwid
= rpos
- 2 * GAPBETWEEN
;
601 rwid
= cp
->width
+ GAPBETWEEN
- rpos
;
604 r
.top
= cp
->ypos
+ (height
- STATICHEIGHT
) / 2;
606 r
.bottom
= STATICHEIGHT
;
607 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
610 r
.top
= cp
->ypos
+ (height
- EDITHEIGHT
) / 2;
612 r
.bottom
= EDITHEIGHT
;
614 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| ES_AUTOHSCROLL
| style
,
615 WS_EX_CLIENTEDGE
, "", eid
);
617 cp
->ypos
+= height
+ GAPBETWEEN
;
620 void staticedit(struct ctlpos
*cp
, char *stext
,
621 int sid
, int eid
, int percentedit
)
623 staticedit_internal(cp
, stext
, sid
, eid
, percentedit
, 0);
626 void staticpassedit(struct ctlpos
*cp
, char *stext
,
627 int sid
, int eid
, int percentedit
)
629 staticedit_internal(cp
, stext
, sid
, eid
, percentedit
, ES_PASSWORD
);
633 * A drop-down list box on the right hand side, with a static to
636 void staticddl(struct ctlpos
*cp
, char *stext
,
637 int sid
, int lid
, int percentlist
)
639 const int height
= (COMBOHEIGHT
> STATICHEIGHT ?
640 COMBOHEIGHT
: STATICHEIGHT
);
642 int lwid
, rwid
, rpos
;
645 GAPBETWEEN
+ (100 - percentlist
) * (cp
->width
+ GAPBETWEEN
) / 100;
646 lwid
= rpos
- 2 * GAPBETWEEN
;
647 rwid
= cp
->width
+ GAPBETWEEN
- rpos
;
650 r
.top
= cp
->ypos
+ (height
- STATICHEIGHT
) / 2;
652 r
.bottom
= STATICHEIGHT
;
653 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
656 r
.top
= cp
->ypos
+ (height
- EDITHEIGHT
) / 2;
658 r
.bottom
= COMBOHEIGHT
*4;
659 doctl(cp
, r
, "COMBOBOX",
660 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| WS_VSCROLL
|
661 CBS_DROPDOWNLIST
| CBS_HASSTRINGS
, WS_EX_CLIENTEDGE
, "", lid
);
663 cp
->ypos
+= height
+ GAPBETWEEN
;
667 * A combo box on the right hand side, with a static to its left.
669 void staticcombo(struct ctlpos
*cp
, char *stext
,
670 int sid
, int lid
, int percentlist
)
672 const int height
= (COMBOHEIGHT
> STATICHEIGHT ?
673 COMBOHEIGHT
: STATICHEIGHT
);
675 int lwid
, rwid
, rpos
;
678 GAPBETWEEN
+ (100 - percentlist
) * (cp
->width
+ GAPBETWEEN
) / 100;
679 lwid
= rpos
- 2 * GAPBETWEEN
;
680 rwid
= cp
->width
+ GAPBETWEEN
- rpos
;
683 r
.top
= cp
->ypos
+ (height
- STATICHEIGHT
) / 2;
685 r
.bottom
= STATICHEIGHT
;
686 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
689 r
.top
= cp
->ypos
+ (height
- EDITHEIGHT
) / 2;
691 r
.bottom
= COMBOHEIGHT
*10;
692 doctl(cp
, r
, "COMBOBOX",
693 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| WS_VSCROLL
|
694 CBS_DROPDOWN
| CBS_HASSTRINGS
, WS_EX_CLIENTEDGE
, "", lid
);
696 cp
->ypos
+= height
+ GAPBETWEEN
;
700 * A static, with a full-width drop-down list box below it.
702 void staticddlbig(struct ctlpos
*cp
, char *stext
,
711 r
.bottom
= STATICHEIGHT
;
712 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
713 cp
->ypos
+= STATICHEIGHT
;
719 r
.bottom
= COMBOHEIGHT
*4;
720 doctl(cp
, r
, "COMBOBOX",
721 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| WS_VSCROLL
|
722 CBS_DROPDOWNLIST
| CBS_HASSTRINGS
, WS_EX_CLIENTEDGE
, "", lid
);
723 cp
->ypos
+= COMBOHEIGHT
+ GAPBETWEEN
;
727 * A big multiline edit control with a static labelling it.
729 void bigeditctrl(struct ctlpos
*cp
, char *stext
,
730 int sid
, int eid
, int lines
)
738 r
.bottom
= STATICHEIGHT
;
739 cp
->ypos
+= r
.bottom
+ GAPWITHIN
;
740 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
746 r
.bottom
= EDITHEIGHT
+ (lines
- 1) * STATICHEIGHT
;
747 cp
->ypos
+= r
.bottom
+ GAPBETWEEN
;
749 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| WS_VSCROLL
| ES_MULTILINE
,
750 WS_EX_CLIENTEDGE
, "", eid
);
754 * A list box with a static labelling it.
756 void listbox(struct ctlpos
*cp
, char *stext
,
757 int sid
, int lid
, int lines
, int multi
)
765 r
.bottom
= STATICHEIGHT
;
766 cp
->ypos
+= r
.bottom
+ GAPWITHIN
;
767 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
773 r
.bottom
= LISTHEIGHT
+ (lines
- 1) * LISTINCREMENT
;
774 cp
->ypos
+= r
.bottom
+ GAPBETWEEN
;
775 doctl(cp
, r
, "LISTBOX",
776 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| WS_VSCROLL
|
777 LBS_NOTIFY
| LBS_HASSTRINGS
| LBS_USETABSTOPS
|
778 (multi ? LBS_MULTIPLESEL
: 0),
779 WS_EX_CLIENTEDGE
, "", lid
);
783 * A tab-control substitute when a real tab control is unavailable.
785 void ersatztab(struct ctlpos
*cp
, char *stext
, int sid
, int lid
, int s2id
)
787 const int height
= (COMBOHEIGHT
> STATICHEIGHT ?
788 COMBOHEIGHT
: STATICHEIGHT
);
790 int bigwid
, lwid
, rwid
, rpos
;
791 static const int BIGGAP
= 15;
792 static const int MEDGAP
= 3;
794 bigwid
= cp
->width
+ 2 * GAPBETWEEN
- 2 * BIGGAP
;
796 rpos
= BIGGAP
+ (bigwid
+ BIGGAP
) / 2;
797 lwid
= rpos
- 2 * BIGGAP
;
798 rwid
= bigwid
+ BIGGAP
- rpos
;
801 r
.top
= cp
->ypos
+ (height
- STATICHEIGHT
) / 2;
803 r
.bottom
= STATICHEIGHT
;
804 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
807 r
.top
= cp
->ypos
+ (height
- COMBOHEIGHT
) / 2;
809 r
.bottom
= COMBOHEIGHT
* 10;
810 doctl(cp
, r
, "COMBOBOX",
811 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
|
812 CBS_DROPDOWNLIST
| CBS_HASSTRINGS
, WS_EX_CLIENTEDGE
, "", lid
);
814 cp
->ypos
+= height
+ MEDGAP
+ GAPBETWEEN
;
820 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
| SS_ETCHEDHORZ
,
825 * A static line, followed by an edit control on the left hand side
826 * and a button on the right.
828 void editbutton(struct ctlpos
*cp
, char *stext
, int sid
,
829 int eid
, char *btext
, int bid
)
831 const int height
= (EDITHEIGHT
> PUSHBTNHEIGHT ?
832 EDITHEIGHT
: PUSHBTNHEIGHT
);
834 int lwid
, rwid
, rpos
;
839 r
.bottom
= STATICHEIGHT
;
840 cp
->ypos
+= r
.bottom
+ GAPWITHIN
;
841 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
843 rpos
= GAPBETWEEN
+ 3 * (cp
->width
+ GAPBETWEEN
) / 4;
844 lwid
= rpos
- 2 * GAPBETWEEN
;
845 rwid
= cp
->width
+ GAPBETWEEN
- rpos
;
848 r
.top
= cp
->ypos
+ (height
- EDITHEIGHT
) / 2;
850 r
.bottom
= EDITHEIGHT
;
852 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| ES_AUTOHSCROLL
,
853 WS_EX_CLIENTEDGE
, "", eid
);
856 r
.top
= cp
->ypos
+ (height
- PUSHBTNHEIGHT
) / 2;
858 r
.bottom
= PUSHBTNHEIGHT
;
859 doctl(cp
, r
, "BUTTON",
860 BS_NOTIFY
| WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
| BS_PUSHBUTTON
,
863 cp
->ypos
+= height
+ GAPBETWEEN
;
867 * A special control for manipulating an ordered preference list
868 * (eg. for cipher selection).
869 * XXX: this is a rough hack and could be improved.
871 void prefslist(struct prefslist
*hdl
, struct ctlpos
*cp
, int lines
,
872 char *stext
, int sid
, int listid
, int upbid
, int dnbid
)
874 const static int percents
[] = { 5, 75, 20 };
876 int xpos
, percent
= 0, i
;
877 int listheight
= LISTHEIGHT
+ (lines
- 1) * LISTINCREMENT
;
878 const int BTNSHEIGHT
= 2*PUSHBTNHEIGHT
+ GAPBETWEEN
;
879 int totalheight
, buttonpos
;
881 /* Squirrel away IDs. */
882 hdl
->listid
= listid
;
886 /* The static label. */
891 r
.bottom
= STATICHEIGHT
;
892 cp
->ypos
+= r
.bottom
+ GAPWITHIN
;
893 doctl(cp
, r
, "STATIC", WS_CHILD
| WS_VISIBLE
, 0, stext
, sid
);
896 if (listheight
> BTNSHEIGHT
) {
897 totalheight
= listheight
;
898 buttonpos
= (listheight
- BTNSHEIGHT
) / 2;
900 totalheight
= BTNSHEIGHT
;
904 for (i
=0; i
<3; i
++) {
906 xpos
= (cp
->width
+ GAPBETWEEN
) * percent
/ 100;
907 left
= xpos
+ GAPBETWEEN
;
908 percent
+= percents
[i
];
909 xpos
= (cp
->width
+ GAPBETWEEN
) * percent
/ 100;
914 /* The drag list box. */
915 r
.left
= left
; r
.right
= wid
;
916 r
.top
= cp
->ypos
; r
.bottom
= listheight
;
919 ctl
= doctl(cp
, r
, "LISTBOX",
920 WS_CHILD
| WS_VISIBLE
| WS_TABSTOP
|
921 WS_VSCROLL
| LBS_HASSTRINGS
| LBS_USETABSTOPS
,
929 /* The "Up" and "Down" buttons. */
930 /* XXX worry about accelerators if we have more than one
931 * prefslist on a panel */
932 r
.left
= left
; r
.right
= wid
;
933 r
.top
= cp
->ypos
+ buttonpos
; r
.bottom
= PUSHBTNHEIGHT
;
934 doctl(cp
, r
, "BUTTON",
935 BS_NOTIFY
| WS_CHILD
| WS_VISIBLE
|
936 WS_TABSTOP
| BS_PUSHBUTTON
,
939 r
.left
= left
; r
.right
= wid
;
940 r
.top
= cp
->ypos
+ buttonpos
+ PUSHBTNHEIGHT
+ GAPBETWEEN
;
941 r
.bottom
= PUSHBTNHEIGHT
;
942 doctl(cp
, r
, "BUTTON",
943 BS_NOTIFY
| WS_CHILD
| WS_VISIBLE
|
944 WS_TABSTOP
| BS_PUSHBUTTON
,
952 cp
->ypos
+= totalheight
+ GAPBETWEEN
;
957 * Helper function for prefslist: move item in list box.
959 static void pl_moveitem(HWND hwnd
, int listid
, int src
, int dst
)
963 /* Get the item's data. */
964 tlen
= SendDlgItemMessage (hwnd
, listid
, LB_GETTEXTLEN
, src
, 0);
965 txt
= snewn(tlen
+1, char);
966 SendDlgItemMessage (hwnd
, listid
, LB_GETTEXT
, src
, (LPARAM
) txt
);
967 val
= SendDlgItemMessage (hwnd
, listid
, LB_GETITEMDATA
, src
, 0);
968 /* Deselect old location. */
969 SendDlgItemMessage (hwnd
, listid
, LB_SETSEL
, FALSE
, src
);
970 /* Delete it at the old location. */
971 SendDlgItemMessage (hwnd
, listid
, LB_DELETESTRING
, src
, 0);
972 /* Insert it at new location. */
973 SendDlgItemMessage (hwnd
, listid
, LB_INSERTSTRING
, dst
,
975 SendDlgItemMessage (hwnd
, listid
, LB_SETITEMDATA
, dst
,
978 SendDlgItemMessage (hwnd
, listid
, LB_SETCURSEL
, dst
, 0);
982 int pl_itemfrompt(HWND hwnd
, POINT cursor
, BOOL scroll
)
985 POINT uppoint
, downpoint
;
986 int updist
, downdist
, upitem
, downitem
, i
;
989 * Ghastly hackery to try to figure out not which
990 * _item_, but which _gap between items_, the user
991 * is pointing at. We do this by first working out
992 * which list item is under the cursor, and then
993 * working out how far the cursor would have to
994 * move up or down before the answer was different.
995 * Then we put the insertion point _above_ the
996 * current item if the upper edge is closer than
997 * the lower edge, or _below_ it if vice versa.
999 ret
= LBItemFromPt(hwnd
, cursor
, scroll
);
1002 ret
= LBItemFromPt(hwnd
, cursor
, FALSE
);
1003 updist
= downdist
= 0;
1004 for (i
= 1; i
< 4096 && (!updist
|| !downdist
); i
++) {
1005 uppoint
= downpoint
= cursor
;
1008 upitem
= LBItemFromPt(hwnd
, uppoint
, FALSE
);
1009 downitem
= LBItemFromPt(hwnd
, downpoint
, FALSE
);
1010 if (!updist
&& upitem
!= ret
)
1012 if (!downdist
&& downitem
!= ret
)
1015 if (downdist
< updist
)
1021 * Handler for prefslist above.
1023 * Return value has bit 0 set if the dialog box procedure needs to
1024 * return TRUE from handling this message; it has bit 1 set if a
1025 * change may have been made in the contents of the list.
1027 int handle_prefslist(struct prefslist
*hdl
,
1028 int *array
, int maxmemb
,
1029 int is_dlmsg
, HWND hwnd
,
1030 WPARAM wParam
, LPARAM lParam
)
1037 if ((int)wParam
== hdl
->listid
) {
1038 DRAGLISTINFO
*dlm
= (DRAGLISTINFO
*)lParam
;
1039 int dest
= 0; /* initialise to placate gcc */
1040 switch (dlm
->uNotification
) {
1043 SendDlgItemMessage(hwnd
, hdl
->listid
,
1044 LB_ADDSTRING
, 0, (LPARAM
) "");
1046 hdl
->srcitem
= LBItemFromPt(dlm
->hWnd
, dlm
->ptCursor
, TRUE
);
1048 /* XXX hack Q183115 */
1049 SetWindowLong(hwnd
, DWL_MSGRESULT
, TRUE
);
1052 DrawInsert(hwnd
, dlm
->hWnd
, -1); /* Clear arrow */
1053 SendDlgItemMessage(hwnd
, hdl
->listid
,
1054 LB_DELETESTRING
, hdl
->dummyitem
, 0);
1059 dest
= pl_itemfrompt(dlm
->hWnd
, dlm
->ptCursor
, TRUE
);
1060 if (dest
> hdl
->dummyitem
) dest
= hdl
->dummyitem
;
1061 DrawInsert (hwnd
, dlm
->hWnd
, dest
);
1063 SetWindowLong(hwnd
, DWL_MSGRESULT
, DL_MOVECURSOR
);
1065 SetWindowLong(hwnd
, DWL_MSGRESULT
, DL_STOPCURSOR
);
1068 if (hdl
->dragging
) {
1069 dest
= pl_itemfrompt(dlm
->hWnd
, dlm
->ptCursor
, TRUE
);
1070 if (dest
> hdl
->dummyitem
) dest
= hdl
->dummyitem
;
1071 DrawInsert (hwnd
, dlm
->hWnd
, -1);
1073 SendDlgItemMessage(hwnd
, hdl
->listid
,
1074 LB_DELETESTRING
, hdl
->dummyitem
, 0);
1075 if (hdl
->dragging
) {
1078 /* Correct for "missing" item. */
1079 if (dest
> hdl
->srcitem
) dest
--;
1080 pl_moveitem(hwnd
, hdl
->listid
, hdl
->srcitem
, dest
);
1090 if (((LOWORD(wParam
) == hdl
->upbid
) ||
1091 (LOWORD(wParam
) == hdl
->dnbid
)) &&
1092 ((HIWORD(wParam
) == BN_CLICKED
) ||
1093 (HIWORD(wParam
) == BN_DOUBLECLICKED
))) {
1094 /* Move an item up or down the list. */
1095 /* Get the current selection, if any. */
1096 int selection
= SendDlgItemMessage (hwnd
, hdl
->listid
, LB_GETCURSEL
, 0, 0);
1097 if (selection
== LB_ERR
) {
1101 /* Get the total number of items. */
1102 nitems
= SendDlgItemMessage (hwnd
, hdl
->listid
, LB_GETCOUNT
, 0, 0);
1103 /* Should we do anything? */
1104 if (LOWORD(wParam
) == hdl
->upbid
&& (selection
> 0))
1105 pl_moveitem(hwnd
, hdl
->listid
, selection
, selection
- 1);
1106 else if (LOWORD(wParam
) == hdl
->dnbid
&& (selection
< nitems
- 1))
1107 pl_moveitem(hwnd
, hdl
->listid
, selection
, selection
+ 1);
1116 /* Update array to match the list box. */
1117 for (i
=0; i
< maxmemb
; i
++)
1118 array
[i
] = SendDlgItemMessage (hwnd
, hdl
->listid
, LB_GETITEMDATA
,
1126 * A progress bar (from Common Controls). We like our progress bars
1127 * to be smooth and unbroken, without those ugly divisions; some
1128 * older compilers may not support that, but that's life.
1130 void progressbar(struct ctlpos
*cp
, int id
)
1134 r
.left
= GAPBETWEEN
;
1136 r
.right
= cp
->width
;
1137 r
.bottom
= PROGBARHEIGHT
;
1138 cp
->ypos
+= r
.bottom
+ GAPBETWEEN
;
1140 doctl(cp
, r
, PROGRESS_CLASS
, WS_CHILD
| WS_VISIBLE
1144 , WS_EX_CLIENTEDGE
, "", id
);
1147 /* ----------------------------------------------------------------------
1148 * Platform-specific side of portable dialog-box mechanism.
1152 * This function takes a string, escapes all the ampersands, and
1153 * places a single (unescaped) ampersand in front of the first
1154 * occurrence of the given shortcut character (which may be
1157 * Return value is a malloc'ed copy of the processed version of the
1160 static char *shortcut_escape(char *text
, char shortcut
)
1166 return NULL
; /* sfree won't choke on this */
1168 ret
= snewn(2*strlen(text
)+1, char); /* size potentially doubles! */
1169 shortcut
= tolower((unsigned char)shortcut
);
1174 if (shortcut
!= NO_SHORTCUT
&&
1175 tolower((unsigned char)*p
) == shortcut
) {
1177 shortcut
= NO_SHORTCUT
; /* stop it happening twice */
1178 } else if (*p
== '&') {
1187 void winctrl_add_shortcuts(struct dlgparam
*dp
, struct winctrl
*c
)
1190 for (i
= 0; i
< lenof(c
->shortcuts
); i
++)
1191 if (c
->shortcuts
[i
] != NO_SHORTCUT
) {
1192 unsigned char s
= tolower((unsigned char)c
->shortcuts
[i
]);
1193 assert(!dp
->shortcuts
[s
]);
1194 dp
->shortcuts
[s
] = TRUE
;
1198 void winctrl_rem_shortcuts(struct dlgparam
*dp
, struct winctrl
*c
)
1201 for (i
= 0; i
< lenof(c
->shortcuts
); i
++)
1202 if (c
->shortcuts
[i
] != NO_SHORTCUT
) {
1203 unsigned char s
= tolower((unsigned char)c
->shortcuts
[i
]);
1204 assert(dp
->shortcuts
[s
]);
1205 dp
->shortcuts
[s
] = FALSE
;
1209 static int winctrl_cmp_byctrl(void *av
, void *bv
)
1211 struct winctrl
*a
= (struct winctrl
*)av
;
1212 struct winctrl
*b
= (struct winctrl
*)bv
;
1213 if (a
->ctrl
< b
->ctrl
)
1215 else if (a
->ctrl
> b
->ctrl
)
1220 static int winctrl_cmp_byid(void *av
, void *bv
)
1222 struct winctrl
*a
= (struct winctrl
*)av
;
1223 struct winctrl
*b
= (struct winctrl
*)bv
;
1224 if (a
->base_id
< b
->base_id
)
1226 else if (a
->base_id
> b
->base_id
)
1231 static int winctrl_cmp_byctrl_find(void *av
, void *bv
)
1233 union control
*a
= (union control
*)av
;
1234 struct winctrl
*b
= (struct winctrl
*)bv
;
1237 else if (a
> b
->ctrl
)
1242 static int winctrl_cmp_byid_find(void *av
, void *bv
)
1245 struct winctrl
*b
= (struct winctrl
*)bv
;
1246 if (*a
< b
->base_id
)
1248 else if (*a
>= b
->base_id
+ b
->num_ids
)
1254 void winctrl_init(struct winctrls
*wc
)
1256 wc
->byctrl
= newtree234(winctrl_cmp_byctrl
);
1257 wc
->byid
= newtree234(winctrl_cmp_byid
);
1259 void winctrl_cleanup(struct winctrls
*wc
)
1263 while ((c
= index234(wc
->byid
, 0)) != NULL
) {
1264 winctrl_remove(wc
, c
);
1269 freetree234(wc
->byctrl
);
1270 freetree234(wc
->byid
);
1271 wc
->byctrl
= wc
->byid
= NULL
;
1274 void winctrl_add(struct winctrls
*wc
, struct winctrl
*c
)
1276 struct winctrl
*ret
;
1278 ret
= add234(wc
->byctrl
, c
);
1281 ret
= add234(wc
->byid
, c
);
1285 void winctrl_remove(struct winctrls
*wc
, struct winctrl
*c
)
1287 struct winctrl
*ret
;
1288 ret
= del234(wc
->byctrl
, c
);
1289 ret
= del234(wc
->byid
, c
);
1293 struct winctrl
*winctrl_findbyctrl(struct winctrls
*wc
, union control
*ctrl
)
1295 return find234(wc
->byctrl
, ctrl
, winctrl_cmp_byctrl_find
);
1298 struct winctrl
*winctrl_findbyid(struct winctrls
*wc
, int id
)
1300 return find234(wc
->byid
, &id
, winctrl_cmp_byid_find
);
1303 struct winctrl
*winctrl_findbyindex(struct winctrls
*wc
, int index
)
1305 return index234(wc
->byid
, index
);
1308 void winctrl_layout(struct dlgparam
*dp
, struct winctrls
*wc
,
1309 struct ctlpos
*cp
, struct controlset
*s
, int *id
)
1311 struct ctlpos columns
[16];
1312 int ncols
, colstart
, colspan
;
1314 struct ctlpos tabdelays
[16];
1315 union control
*tabdelayed
[16];
1320 char shortcuts
[MAX_SHORTCUTS_PER_CTRL
];
1323 int i
, actual_base_id
, base_id
, num_ids
;
1328 /* Start a containing box, if we have a boxname. */
1329 if (s
->boxname
&& *s
->boxname
) {
1330 struct winctrl
*c
= snew(struct winctrl
);
1332 c
->base_id
= base_id
;
1335 memset(c
->shortcuts
, NO_SHORTCUT
, lenof(c
->shortcuts
));
1337 beginbox(cp
, s
->boxtitle
, base_id
);
1341 /* Draw a title, if we have one. */
1342 if (!s
->boxname
&& s
->boxtitle
) {
1343 struct winctrl
*c
= snew(struct winctrl
);
1345 c
->base_id
= base_id
;
1347 c
->data
= dupstr(s
->boxtitle
);
1348 memset(c
->shortcuts
, NO_SHORTCUT
, lenof(c
->shortcuts
));
1350 paneltitle(cp
, base_id
);
1354 /* Initially we have just one column. */
1356 columns
[0] = *cp
; /* structure copy */
1358 /* And initially, there are no pending tab-delayed controls. */
1361 /* Loop over each control in the controlset. */
1362 for (i
= 0; i
< s
->ncontrols
; i
++) {
1363 union control
*ctrl
= s
->ctrls
[i
];
1366 * Generic processing that pertains to all control types.
1367 * At the end of this if statement, we'll have produced
1368 * `ctrl' (a pointer to the control we have to create, or
1369 * think about creating, in this iteration of the loop),
1370 * `pos' (a suitable ctlpos with which to position it), and
1371 * `c' (a winctrl structure to receive details of the
1372 * dialog IDs). Or we'll have done a `continue', if it was
1373 * CTRL_COLUMNS and doesn't require any control creation at
1376 if (ctrl
->generic
.type
== CTRL_COLUMNS
) {
1377 assert((ctrl
->columns
.ncols
== 1) ^ (ncols
== 1));
1381 * We're splitting into multiple columns.
1383 int lpercent
, rpercent
, lx
, rx
, i
;
1385 ncols
= ctrl
->columns
.ncols
;
1386 assert(ncols
<= lenof(columns
));
1387 for (i
= 1; i
< ncols
; i
++)
1388 columns
[i
] = columns
[0]; /* structure copy */
1391 for (i
= 0; i
< ncols
; i
++) {
1392 rpercent
= lpercent
+ ctrl
->columns
.percentages
[i
];
1393 lx
= columns
[i
].xoff
+ lpercent
*
1394 (columns
[i
].width
+ GAPBETWEEN
) / 100;
1395 rx
= columns
[i
].xoff
+ rpercent
*
1396 (columns
[i
].width
+ GAPBETWEEN
) / 100;
1397 columns
[i
].xoff
= lx
;
1398 columns
[i
].width
= rx
- lx
- GAPBETWEEN
;
1399 lpercent
= rpercent
;
1403 * We're recombining the various columns into one.
1405 int maxy
= columns
[0].ypos
;
1407 for (i
= 1; i
< ncols
; i
++)
1408 if (maxy
< columns
[i
].ypos
)
1409 maxy
= columns
[i
].ypos
;
1411 columns
[0] = *cp
; /* structure copy */
1412 columns
[0].ypos
= maxy
;
1416 } else if (ctrl
->generic
.type
== CTRL_TABDELAY
) {
1419 assert(!ctrl
->generic
.tabdelay
);
1420 ctrl
= ctrl
->tabdelay
.ctrl
;
1422 for (i
= 0; i
< ntabdelays
; i
++)
1423 if (tabdelayed
[i
] == ctrl
)
1425 assert(i
< ntabdelays
); /* we have to have found it */
1427 pos
= tabdelays
[i
]; /* structure copy */
1429 colstart
= colspan
= -1; /* indicate this was tab-delayed */
1433 * If it wasn't one of those, it's a genuine control;
1434 * so we'll have to compute a position for it now, by
1435 * checking its column span.
1439 colstart
= COLUMN_START(ctrl
->generic
.column
);
1440 colspan
= COLUMN_SPAN(ctrl
->generic
.column
);
1442 pos
= columns
[colstart
]; /* structure copy */
1443 pos
.width
= columns
[colstart
+colspan
-1].width
+
1444 (columns
[colstart
+colspan
-1].xoff
- columns
[colstart
].xoff
);
1446 for (col
= colstart
; col
< colstart
+colspan
; col
++)
1447 if (pos
.ypos
< columns
[col
].ypos
)
1448 pos
.ypos
= columns
[col
].ypos
;
1451 * If this control is to be tabdelayed, add it to the
1452 * tabdelay list, and unset pos.hwnd to inhibit actual
1455 if (ctrl
->generic
.tabdelay
) {
1456 assert(ntabdelays
< lenof(tabdelays
));
1457 tabdelays
[ntabdelays
] = pos
; /* structure copy */
1458 tabdelayed
[ntabdelays
] = ctrl
;
1464 /* Most controls don't need anything in c->data. */
1467 /* And they all start off with no shortcuts registered. */
1468 memset(shortcuts
, NO_SHORTCUT
, lenof(shortcuts
));
1471 /* Almost all controls start at base_id. */
1472 actual_base_id
= base_id
;
1475 * Now we're ready to actually create the control, by
1476 * switching on its type.
1478 switch (ctrl
->generic
.type
) {
1481 char *wrapped
, *escaped
;
1484 wrapped
= staticwrap(&pos
, cp
->hwnd
,
1485 ctrl
->generic
.label
, &lines
);
1486 escaped
= shortcut_escape(wrapped
, NO_SHORTCUT
);
1487 statictext(&pos
, escaped
, lines
, base_id
);
1493 num_ids
= 2; /* static, edit */
1494 escaped
= shortcut_escape(ctrl
->editbox
.label
,
1495 ctrl
->editbox
.shortcut
);
1496 shortcuts
[nshortcuts
++] = ctrl
->editbox
.shortcut
;
1497 if (ctrl
->editbox
.percentwidth
== 100) {
1498 if (ctrl
->editbox
.has_list
)
1499 combobox(&pos
, escaped
,
1500 base_id
, base_id
+1);
1502 editboxfw(&pos
, ctrl
->editbox
.password
, escaped
,
1503 base_id
, base_id
+1);
1505 if (ctrl
->editbox
.has_list
) {
1506 staticcombo(&pos
, escaped
, base_id
, base_id
+1,
1507 ctrl
->editbox
.percentwidth
);
1509 (ctrl
->editbox
.password ? staticpassedit
: staticedit
)
1510 (&pos
, escaped
, base_id
, base_id
+1,
1511 ctrl
->editbox
.percentwidth
);
1517 num_ids
= ctrl
->radio
.nbuttons
+ 1; /* label as well */
1519 struct radio
*buttons
;
1522 escaped
= shortcut_escape(ctrl
->radio
.label
,
1523 ctrl
->radio
.shortcut
);
1524 shortcuts
[nshortcuts
++] = ctrl
->radio
.shortcut
;
1526 buttons
= snewn(ctrl
->radio
.nbuttons
, struct radio
);
1528 for (i
= 0; i
< ctrl
->radio
.nbuttons
; i
++) {
1530 shortcut_escape(ctrl
->radio
.buttons
[i
],
1531 (char)(ctrl
->radio
.shortcuts ?
1532 ctrl
->radio
.shortcuts
[i
] :
1534 buttons
[i
].id
= base_id
+ 1 + i
;
1535 if (ctrl
->radio
.shortcuts
) {
1536 assert(nshortcuts
< MAX_SHORTCUTS_PER_CTRL
);
1537 shortcuts
[nshortcuts
++] = ctrl
->radio
.shortcuts
[i
];
1541 radioline_common(&pos
, escaped
, base_id
,
1542 ctrl
->radio
.ncolumns
,
1543 buttons
, ctrl
->radio
.nbuttons
);
1545 for (i
= 0; i
< ctrl
->radio
.nbuttons
; i
++) {
1546 sfree(buttons
[i
].text
);
1554 escaped
= shortcut_escape(ctrl
->checkbox
.label
,
1555 ctrl
->checkbox
.shortcut
);
1556 shortcuts
[nshortcuts
++] = ctrl
->checkbox
.shortcut
;
1557 checkbox(&pos
, escaped
, base_id
);
1561 escaped
= shortcut_escape(ctrl
->button
.label
,
1562 ctrl
->button
.shortcut
);
1563 shortcuts
[nshortcuts
++] = ctrl
->button
.shortcut
;
1564 if (ctrl
->button
.iscancel
)
1565 actual_base_id
= IDCANCEL
;
1567 button(&pos
, escaped
, actual_base_id
, ctrl
->button
.isdefault
);
1572 escaped
= shortcut_escape(ctrl
->listbox
.label
,
1573 ctrl
->listbox
.shortcut
);
1574 shortcuts
[nshortcuts
++] = ctrl
->listbox
.shortcut
;
1575 if (ctrl
->listbox
.draglist
) {
1576 data
= snew(struct prefslist
);
1578 prefslist(data
, &pos
, ctrl
->listbox
.height
, escaped
,
1579 base_id
, base_id
+1, base_id
+2, base_id
+3);
1580 shortcuts
[nshortcuts
++] = 'u'; /* Up */
1581 shortcuts
[nshortcuts
++] = 'd'; /* Down */
1582 } else if (ctrl
->listbox
.height
== 0) {
1583 /* Drop-down list. */
1584 if (ctrl
->listbox
.percentwidth
== 100) {
1585 staticddlbig(&pos
, escaped
,
1586 base_id
, base_id
+1);
1588 staticddl(&pos
, escaped
, base_id
,
1589 base_id
+1, ctrl
->listbox
.percentwidth
);
1592 /* Ordinary list. */
1593 listbox(&pos
, escaped
, base_id
, base_id
+1,
1594 ctrl
->listbox
.height
, ctrl
->listbox
.multisel
);
1596 if (ctrl
->listbox
.ncols
) {
1598 * This method of getting the box width is a bit of
1599 * a hack; we'd do better to try to retrieve the
1600 * actual width in dialog units from doctl() just
1601 * before MapDialogRect. But that's going to be no
1602 * fun, and this should be good enough accuracy.
1604 int width
= cp
->width
* ctrl
->listbox
.percentwidth
;
1608 tabarray
= snewn(ctrl
->listbox
.ncols
-1, int);
1610 for (i
= 0; i
< ctrl
->listbox
.ncols
-1; i
++) {
1611 percent
+= ctrl
->listbox
.percentages
[i
];
1612 tabarray
[i
] = width
* percent
/ 10000;
1614 SendDlgItemMessage(cp
->hwnd
, base_id
+1, LB_SETTABSTOPS
,
1615 ctrl
->listbox
.ncols
-1, (LPARAM
)tabarray
);
1620 case CTRL_FILESELECT
:
1622 escaped
= shortcut_escape(ctrl
->fileselect
.label
,
1623 ctrl
->fileselect
.shortcut
);
1624 shortcuts
[nshortcuts
++] = ctrl
->fileselect
.shortcut
;
1625 editbutton(&pos
, escaped
, base_id
, base_id
+1,
1626 "Bro&wse...", base_id
+2);
1627 shortcuts
[nshortcuts
++] = 'w';
1630 case CTRL_FONTSELECT
:
1632 escaped
= shortcut_escape(ctrl
->fontselect
.label
,
1633 ctrl
->fontselect
.shortcut
);
1634 shortcuts
[nshortcuts
++] = ctrl
->fontselect
.shortcut
;
1635 statictext(&pos
, escaped
, 1, base_id
);
1636 staticbtn(&pos
, "", base_id
+1, "Change...", base_id
+2);
1638 data
= snew(FontSpec
);
1641 assert(!"Can't happen");
1642 num_ids
= 0; /* placate gcc */
1647 * Create a `struct winctrl' for this control, and advance
1648 * the dialog ID counter, if it's actually been created
1649 * (and isn't tabdelayed).
1652 struct winctrl
*c
= snew(struct winctrl
);
1655 c
->base_id
= actual_base_id
;
1656 c
->num_ids
= num_ids
;
1658 memcpy(c
->shortcuts
, shortcuts
, sizeof(shortcuts
));
1660 winctrl_add_shortcuts(dp
, c
);
1661 if (actual_base_id
== base_id
)
1665 if (colstart
>= 0) {
1667 * Update the ypos in all columns crossed by this
1671 for (i
= colstart
; i
< colstart
+colspan
; i
++)
1672 columns
[i
].ypos
= pos
.ypos
;
1677 * We've now finished laying out the controls; so now update
1678 * the ctlpos and control ID that were passed in, terminate
1679 * any containing box, and return.
1681 for (i
= 0; i
< ncols
; i
++)
1682 if (cp
->ypos
< columns
[i
].ypos
)
1683 cp
->ypos
= columns
[i
].ypos
;
1686 if (s
->boxname
&& *s
->boxname
)
1690 static void winctrl_set_focus(union control
*ctrl
, struct dlgparam
*dp
,
1695 dp
->lastfocused
= dp
->focused
;
1697 } else if (!has_focus
&& dp
->focused
== ctrl
) {
1698 dp
->lastfocused
= dp
->focused
;
1703 union control
*dlg_last_focused(union control
*ctrl
, void *dlg
)
1705 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
1706 return dp
->focused
== ctrl ? dp
->lastfocused
: dp
->focused
;
1710 * The dialog-box procedure calls this function to handle Windows
1711 * messages on a control we manage.
1713 int winctrl_handle_command(struct dlgparam
*dp
, UINT msg
,
1714 WPARAM wParam
, LPARAM lParam
)
1717 union control
*ctrl
;
1719 static UINT draglistmsg
= WM_NULL
;
1722 * Filter out pointless window messages. Our interest is in
1723 * WM_COMMAND and the drag list message, and nothing else.
1725 if (draglistmsg
== WM_NULL
)
1726 draglistmsg
= RegisterWindowMessage (DRAGLISTMSGSTRING
);
1728 if (msg
!= draglistmsg
&& msg
!= WM_COMMAND
&& msg
!= WM_DRAWITEM
)
1732 * Look up the control ID in our data.
1735 for (i
= 0; i
< dp
->nctrltrees
; i
++) {
1736 c
= winctrl_findbyid(dp
->controltrees
[i
], LOWORD(wParam
));
1741 return 0; /* we have nothing to do */
1743 if (msg
== WM_DRAWITEM
) {
1745 * Owner-draw request for a panel title.
1747 LPDRAWITEMSTRUCT di
= (LPDRAWITEMSTRUCT
) lParam
;
1749 RECT r
= di
->rcItem
;
1752 SetMapMode(hdc
, MM_TEXT
); /* ensure logical units == pixels */
1754 GetTextExtentPoint32(hdc
, (char *)c
->data
,
1755 strlen((char *)c
->data
), &s
);
1756 DrawEdge(hdc
, &r
, EDGE_ETCHED
, BF_ADJUST
| BF_RECT
);
1758 r
.left
+ (r
.right
-r
.left
-s
.cx
)/2,
1759 r
.top
+ (r
.bottom
-r
.top
-s
.cy
)/2,
1760 (char *)c
->data
, strlen((char *)c
->data
));
1766 id
= LOWORD(wParam
) - c
->base_id
;
1768 if (!ctrl
|| !ctrl
->generic
.handler
)
1769 return 0; /* nothing we can do here */
1772 * From here on we do not issue `return' statements until the
1773 * very end of the dialog box: any event handler is entitled to
1774 * ask for a colour selector, so we _must_ always allow control
1775 * to reach the end of this switch statement so that the
1776 * subsequent code can test dp->coloursel_wanted().
1779 dp
->coloursel_wanted
= FALSE
;
1782 * Now switch on the control type and the message.
1784 switch (ctrl
->generic
.type
) {
1786 if (msg
== WM_COMMAND
&& !ctrl
->editbox
.has_list
&&
1787 (HIWORD(wParam
) == EN_SETFOCUS
|| HIWORD(wParam
) == EN_KILLFOCUS
))
1788 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == EN_SETFOCUS
);
1789 if (msg
== WM_COMMAND
&& ctrl
->editbox
.has_list
&&
1790 (HIWORD(wParam
)==CBN_SETFOCUS
|| HIWORD(wParam
)==CBN_KILLFOCUS
))
1791 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == CBN_SETFOCUS
);
1793 if (msg
== WM_COMMAND
&& !ctrl
->editbox
.has_list
&&
1794 HIWORD(wParam
) == EN_CHANGE
)
1795 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1796 if (msg
== WM_COMMAND
&&
1797 ctrl
->editbox
.has_list
) {
1798 if (HIWORD(wParam
) == CBN_SELCHANGE
) {
1802 index
= SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1,
1803 CB_GETCURSEL
, 0, 0);
1804 len
= SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1,
1805 CB_GETLBTEXTLEN
, index
, 0);
1806 text
= snewn(len
+1, char);
1807 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, CB_GETLBTEXT
,
1808 index
, (LPARAM
)text
);
1809 SetDlgItemText(dp
->hwnd
, c
->base_id
+1, text
);
1811 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1812 } else if (HIWORD(wParam
) == CBN_EDITCHANGE
) {
1813 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1814 } else if (HIWORD(wParam
) == CBN_KILLFOCUS
) {
1815 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_REFRESH
);
1821 if (msg
== WM_COMMAND
&&
1822 (HIWORD(wParam
) == BN_SETFOCUS
|| HIWORD(wParam
) == BN_KILLFOCUS
))
1823 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == BN_SETFOCUS
);
1825 * We sometimes get spurious BN_CLICKED messages for the
1826 * radio button that is just about to _lose_ selection, if
1827 * we're switching using the arrow keys. Therefore we
1828 * double-check that the button in wParam is actually
1829 * checked before generating an event.
1831 if (msg
== WM_COMMAND
&&
1832 (HIWORD(wParam
) == BN_CLICKED
||
1833 HIWORD(wParam
) == BN_DOUBLECLICKED
) &&
1834 IsDlgButtonChecked(dp
->hwnd
, LOWORD(wParam
))) {
1835 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1839 if (msg
== WM_COMMAND
&&
1840 (HIWORD(wParam
) == BN_SETFOCUS
|| HIWORD(wParam
) == BN_KILLFOCUS
))
1841 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == BN_SETFOCUS
);
1842 if (msg
== WM_COMMAND
&&
1843 (HIWORD(wParam
) == BN_CLICKED
||
1844 HIWORD(wParam
) == BN_DOUBLECLICKED
)) {
1845 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1849 if (msg
== WM_COMMAND
&&
1850 (HIWORD(wParam
) == BN_SETFOCUS
|| HIWORD(wParam
) == BN_KILLFOCUS
))
1851 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == BN_SETFOCUS
);
1852 if (msg
== WM_COMMAND
&&
1853 (HIWORD(wParam
) == BN_CLICKED
||
1854 HIWORD(wParam
) == BN_DOUBLECLICKED
)) {
1855 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_ACTION
);
1859 if (msg
== WM_COMMAND
&& ctrl
->listbox
.height
!= 0 &&
1860 (HIWORD(wParam
)==LBN_SETFOCUS
|| HIWORD(wParam
)==LBN_KILLFOCUS
))
1861 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == LBN_SETFOCUS
);
1862 if (msg
== WM_COMMAND
&& ctrl
->listbox
.height
== 0 &&
1863 (HIWORD(wParam
)==CBN_SETFOCUS
|| HIWORD(wParam
)==CBN_KILLFOCUS
))
1864 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == CBN_SETFOCUS
);
1865 if (msg
== WM_COMMAND
&& id
>= 2 &&
1866 (HIWORD(wParam
) == BN_SETFOCUS
|| HIWORD(wParam
) == BN_KILLFOCUS
))
1867 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == BN_SETFOCUS
);
1868 if (ctrl
->listbox
.draglist
) {
1870 pret
= handle_prefslist(c
->data
, NULL
, 0, (msg
!= WM_COMMAND
),
1871 dp
->hwnd
, wParam
, lParam
);
1873 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1876 if (msg
== WM_COMMAND
&& HIWORD(wParam
) == LBN_DBLCLK
) {
1877 SetCapture(dp
->hwnd
);
1878 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_ACTION
);
1879 } else if (msg
== WM_COMMAND
&& HIWORD(wParam
) == LBN_SELCHANGE
) {
1880 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_SELCHANGE
);
1884 case CTRL_FILESELECT
:
1885 if (msg
== WM_COMMAND
&& id
== 1 &&
1886 (HIWORD(wParam
) == EN_SETFOCUS
|| HIWORD(wParam
) == EN_KILLFOCUS
))
1887 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == EN_SETFOCUS
);
1888 if (msg
== WM_COMMAND
&& id
== 2 &&
1889 (HIWORD(wParam
) == BN_SETFOCUS
|| HIWORD(wParam
) == BN_KILLFOCUS
))
1890 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == BN_SETFOCUS
);
1891 if (msg
== WM_COMMAND
&& id
== 1 && HIWORD(wParam
) == EN_CHANGE
)
1892 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1894 (msg
== WM_COMMAND
&&
1895 (HIWORD(wParam
) == BN_CLICKED
||
1896 HIWORD(wParam
) == BN_DOUBLECLICKED
))) {
1898 char filename
[FILENAME_MAX
];
1900 memset(&of
, 0, sizeof(of
));
1901 of
.hwndOwner
= dp
->hwnd
;
1902 if (ctrl
->fileselect
.filter
)
1903 of
.lpstrFilter
= ctrl
->fileselect
.filter
;
1905 of
.lpstrFilter
= "All Files (*.*)\0*\0\0\0";
1906 of
.lpstrCustomFilter
= NULL
;
1907 of
.nFilterIndex
= 1;
1908 of
.lpstrFile
= filename
;
1909 GetDlgItemText(dp
->hwnd
, c
->base_id
+1, filename
, lenof(filename
));
1910 filename
[lenof(filename
)-1] = '\0';
1911 of
.nMaxFile
= lenof(filename
);
1912 of
.lpstrFileTitle
= NULL
;
1913 of
.lpstrTitle
= ctrl
->fileselect
.title
;
1915 if (request_file(NULL
, &of
, FALSE
, ctrl
->fileselect
.for_writing
)) {
1916 SetDlgItemText(dp
->hwnd
, c
->base_id
+ 1, filename
);
1917 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1921 case CTRL_FONTSELECT
:
1922 if (msg
== WM_COMMAND
&& id
== 2 &&
1923 (HIWORD(wParam
) == BN_SETFOCUS
|| HIWORD(wParam
) == BN_KILLFOCUS
))
1924 winctrl_set_focus(ctrl
, dp
, HIWORD(wParam
) == BN_SETFOCUS
);
1926 (msg
== WM_COMMAND
&&
1927 (HIWORD(wParam
) == BN_CLICKED
||
1928 HIWORD(wParam
) == BN_DOUBLECLICKED
))) {
1932 FontSpec fs
= *(FontSpec
*)c
->data
;
1935 lf
.lfHeight
= -MulDiv(fs
.height
,
1936 GetDeviceCaps(hdc
, LOGPIXELSY
), 72);
1938 lf
.lfWidth
= lf
.lfEscapement
= lf
.lfOrientation
= 0;
1939 lf
.lfItalic
= lf
.lfUnderline
= lf
.lfStrikeOut
= 0;
1940 lf
.lfWeight
= (fs
.isbold ? FW_BOLD
: 0);
1941 lf
.lfCharSet
= fs
.charset
;
1942 lf
.lfOutPrecision
= OUT_DEFAULT_PRECIS
;
1943 lf
.lfClipPrecision
= CLIP_DEFAULT_PRECIS
;
1944 lf
.lfQuality
= DEFAULT_QUALITY
;
1945 lf
.lfPitchAndFamily
= FIXED_PITCH
| FF_DONTCARE
;
1946 strncpy(lf
.lfFaceName
, fs
.name
,
1947 sizeof(lf
.lfFaceName
) - 1);
1948 lf
.lfFaceName
[sizeof(lf
.lfFaceName
) - 1] = '\0';
1950 cf
.lStructSize
= sizeof(cf
);
1951 cf
.hwndOwner
= dp
->hwnd
;
1953 cf
.Flags
= CF_FIXEDPITCHONLY
| CF_FORCEFONTEXIST
|
1954 CF_INITTOLOGFONTSTRUCT
| CF_SCREENFONTS
;
1956 if (ChooseFont(&cf
)) {
1957 strncpy(fs
.name
, lf
.lfFaceName
,
1958 sizeof(fs
.name
) - 1);
1959 fs
.name
[sizeof(fs
.name
) - 1] = '\0';
1960 fs
.isbold
= (lf
.lfWeight
== FW_BOLD
);
1961 fs
.charset
= lf
.lfCharSet
;
1962 fs
.height
= cf
.iPointSize
/ 10;
1963 dlg_fontsel_set(ctrl
, dp
, fs
);
1964 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_VALCHANGE
);
1971 * If the above event handler has asked for a colour selector,
1972 * now is the time to generate one.
1974 if (dp
->coloursel_wanted
) {
1975 static CHOOSECOLOR cc
;
1976 static DWORD custom
[16] = { 0 }; /* zero initialisers */
1977 cc
.lStructSize
= sizeof(cc
);
1978 cc
.hwndOwner
= dp
->hwnd
;
1979 cc
.hInstance
= (HWND
) hinst
;
1980 cc
.lpCustColors
= custom
;
1981 cc
.rgbResult
= RGB(dp
->coloursel_result
.r
,
1982 dp
->coloursel_result
.g
,
1983 dp
->coloursel_result
.b
);
1984 cc
.Flags
= CC_FULLOPEN
| CC_RGBINIT
;
1985 if (ChooseColor(&cc
)) {
1986 dp
->coloursel_result
.r
=
1987 (unsigned char) (cc
.rgbResult
& 0xFF);
1988 dp
->coloursel_result
.g
=
1989 (unsigned char) (cc
.rgbResult
>> 8) & 0xFF;
1990 dp
->coloursel_result
.b
=
1991 (unsigned char) (cc
.rgbResult
>> 16) & 0xFF;
1992 dp
->coloursel_result
.ok
= TRUE
;
1994 dp
->coloursel_result
.ok
= FALSE
;
1995 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_CALLBACK
);
2002 * This function can be called to produce context help on a
2003 * control. Returns TRUE if it has actually launched WinHelp.
2005 int winctrl_context_help(struct dlgparam
*dp
, HWND hwnd
, int id
)
2012 * Look up the control ID in our data.
2015 for (i
= 0; i
< dp
->nctrltrees
; i
++) {
2016 c
= winctrl_findbyid(dp
->controltrees
[i
], id
);
2021 return 0; /* we have nothing to do */
2024 * This is the Windows front end, so we're allowed to assume
2025 * `helpctx.p' is a context string.
2027 if (!c
->ctrl
|| !c
->ctrl
->generic
.helpctx
.p
)
2028 return 0; /* no help available for this ctrl */
2030 cmd
= dupprintf("JI(`',`%s')", c
->ctrl
->generic
.helpctx
.p
);
2031 WinHelp(hwnd
, help_path
, HELP_COMMAND
, (DWORD
)cmd
);
2037 * Now the various functions that the platform-independent
2038 * mechanism can call to access the dialog box entries.
2041 static struct winctrl
*dlg_findbyctrl(struct dlgparam
*dp
, union control
*ctrl
)
2045 for (i
= 0; i
< dp
->nctrltrees
; i
++) {
2046 struct winctrl
*c
= winctrl_findbyctrl(dp
->controltrees
[i
], ctrl
);
2053 void dlg_radiobutton_set(union control
*ctrl
, void *dlg
, int whichbutton
)
2055 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2056 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2057 assert(c
&& c
->ctrl
->generic
.type
== CTRL_RADIO
);
2058 CheckRadioButton(dp
->hwnd
,
2060 c
->base_id
+ c
->ctrl
->radio
.nbuttons
,
2061 c
->base_id
+ 1 + whichbutton
);
2064 int dlg_radiobutton_get(union control
*ctrl
, void *dlg
)
2066 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2067 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2069 assert(c
&& c
->ctrl
->generic
.type
== CTRL_RADIO
);
2070 for (i
= 0; i
< c
->ctrl
->radio
.nbuttons
; i
++)
2071 if (IsDlgButtonChecked(dp
->hwnd
, c
->base_id
+ 1 + i
))
2073 assert(!"No radio button was checked?!");
2077 void dlg_checkbox_set(union control
*ctrl
, void *dlg
, int checked
)
2079 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2080 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2081 assert(c
&& c
->ctrl
->generic
.type
== CTRL_CHECKBOX
);
2082 CheckDlgButton(dp
->hwnd
, c
->base_id
, (checked
!= 0));
2085 int dlg_checkbox_get(union control
*ctrl
, void *dlg
)
2087 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2088 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2089 assert(c
&& c
->ctrl
->generic
.type
== CTRL_CHECKBOX
);
2090 return 0 != IsDlgButtonChecked(dp
->hwnd
, c
->base_id
);
2093 void dlg_editbox_set(union control
*ctrl
, void *dlg
, char const *text
)
2095 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2096 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2097 assert(c
&& c
->ctrl
->generic
.type
== CTRL_EDITBOX
);
2098 SetDlgItemText(dp
->hwnd
, c
->base_id
+1, text
);
2101 void dlg_editbox_get(union control
*ctrl
, void *dlg
, char *buffer
, int length
)
2103 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2104 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2105 assert(c
&& c
->ctrl
->generic
.type
== CTRL_EDITBOX
);
2106 GetDlgItemText(dp
->hwnd
, c
->base_id
+1, buffer
, length
);
2107 buffer
[length
-1] = '\0';
2110 /* The `listbox' functions can also apply to combo boxes. */
2111 void dlg_listbox_clear(union control
*ctrl
, void *dlg
)
2113 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2114 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2117 (c
->ctrl
->generic
.type
== CTRL_LISTBOX
||
2118 (c
->ctrl
->generic
.type
== CTRL_EDITBOX
&&
2119 c
->ctrl
->editbox
.has_list
)));
2120 msg
= (c
->ctrl
->generic
.type
==CTRL_LISTBOX
&& c
->ctrl
->listbox
.height
!=0 ?
2121 LB_RESETCONTENT
: CB_RESETCONTENT
);
2122 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, msg
, 0, 0);
2125 void dlg_listbox_del(union control
*ctrl
, void *dlg
, int index
)
2127 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2128 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2131 (c
->ctrl
->generic
.type
== CTRL_LISTBOX
||
2132 (c
->ctrl
->generic
.type
== CTRL_EDITBOX
&&
2133 c
->ctrl
->editbox
.has_list
)));
2134 msg
= (c
->ctrl
->generic
.type
==CTRL_LISTBOX
&& c
->ctrl
->listbox
.height
!=0 ?
2135 LB_DELETESTRING
: CB_DELETESTRING
);
2136 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, msg
, index
, 0);
2139 void dlg_listbox_add(union control
*ctrl
, void *dlg
, char const *text
)
2141 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2142 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2145 (c
->ctrl
->generic
.type
== CTRL_LISTBOX
||
2146 (c
->ctrl
->generic
.type
== CTRL_EDITBOX
&&
2147 c
->ctrl
->editbox
.has_list
)));
2148 msg
= (c
->ctrl
->generic
.type
==CTRL_LISTBOX
&& c
->ctrl
->listbox
.height
!=0 ?
2149 LB_ADDSTRING
: CB_ADDSTRING
);
2150 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, msg
, 0, (LPARAM
)text
);
2154 * Each listbox entry may have a numeric id associated with it.
2155 * Note that some front ends only permit a string to be stored at
2156 * each position, which means that _if_ you put two identical
2157 * strings in any listbox then you MUST not assign them different
2158 * IDs and expect to get meaningful results back.
2160 void dlg_listbox_addwithid(union control
*ctrl
, void *dlg
,
2161 char const *text
, int id
)
2163 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2164 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2165 int msg
, msg2
, index
;
2167 (c
->ctrl
->generic
.type
== CTRL_LISTBOX
||
2168 (c
->ctrl
->generic
.type
== CTRL_EDITBOX
&&
2169 c
->ctrl
->editbox
.has_list
)));
2170 msg
= (c
->ctrl
->generic
.type
==CTRL_LISTBOX
&& c
->ctrl
->listbox
.height
!=0 ?
2171 LB_ADDSTRING
: CB_ADDSTRING
);
2172 msg2
= (c
->ctrl
->generic
.type
==CTRL_LISTBOX
&& c
->ctrl
->listbox
.height
!=0 ?
2173 LB_SETITEMDATA
: CB_SETITEMDATA
);
2174 index
= SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, msg
, 0, (LPARAM
)text
);
2175 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, msg2
, index
, (LPARAM
)id
);
2178 int dlg_listbox_getid(union control
*ctrl
, void *dlg
, int index
)
2180 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2181 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2183 assert(c
&& c
->ctrl
->generic
.type
== CTRL_LISTBOX
);
2184 msg
= (c
->ctrl
->listbox
.height
!= 0 ? LB_GETITEMDATA
: CB_GETITEMDATA
);
2186 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, msg
, index
, 0);
2189 /* dlg_listbox_index returns <0 if no single element is selected. */
2190 int dlg_listbox_index(union control
*ctrl
, void *dlg
)
2192 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2193 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2195 assert(c
&& c
->ctrl
->generic
.type
== CTRL_LISTBOX
&&
2196 !c
->ctrl
->listbox
.multisel
);
2197 msg
= (c
->ctrl
->listbox
.height
!= 0 ? LB_GETCURSEL
: CB_GETCURSEL
);
2198 ret
= SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, msg
, 0, 0);
2205 int dlg_listbox_issel(union control
*ctrl
, void *dlg
, int index
)
2207 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2208 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2209 assert(c
&& c
->ctrl
->generic
.type
== CTRL_LISTBOX
&&
2210 c
->ctrl
->listbox
.multisel
&&
2211 c
->ctrl
->listbox
.height
!= 0);
2213 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, LB_GETSEL
, index
, 0);
2216 void dlg_listbox_select(union control
*ctrl
, void *dlg
, int index
)
2218 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2219 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2221 assert(c
&& c
->ctrl
->generic
.type
== CTRL_LISTBOX
&&
2222 !c
->ctrl
->listbox
.multisel
);
2223 msg
= (c
->ctrl
->listbox
.height
!= 0 ? LB_SETCURSEL
: CB_SETCURSEL
);
2224 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, msg
, index
, 0);
2227 void dlg_text_set(union control
*ctrl
, void *dlg
, char const *text
)
2229 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2230 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2231 assert(c
&& c
->ctrl
->generic
.type
== CTRL_TEXT
);
2232 SetDlgItemText(dp
->hwnd
, c
->base_id
, text
);
2235 void dlg_filesel_set(union control
*ctrl
, void *dlg
, Filename fn
)
2237 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2238 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2239 assert(c
&& c
->ctrl
->generic
.type
== CTRL_FILESELECT
);
2240 SetDlgItemText(dp
->hwnd
, c
->base_id
+1, fn
.path
);
2243 void dlg_filesel_get(union control
*ctrl
, void *dlg
, Filename
*fn
)
2245 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2246 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2247 assert(c
&& c
->ctrl
->generic
.type
== CTRL_FILESELECT
);
2248 GetDlgItemText(dp
->hwnd
, c
->base_id
+1, fn
->path
, lenof(fn
->path
));
2249 fn
->path
[lenof(fn
->path
)-1] = '\0';
2252 void dlg_fontsel_set(union control
*ctrl
, void *dlg
, FontSpec fs
)
2254 char *buf
, *boldstr
;
2255 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2256 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2257 assert(c
&& c
->ctrl
->generic
.type
== CTRL_FONTSELECT
);
2259 *(FontSpec
*)c
->data
= fs
; /* structure copy */
2261 boldstr
= (fs
.isbold ?
"bold, " : "");
2263 buf
= dupprintf("Font: %s, %sdefault height", fs
.name
, boldstr
);
2265 buf
= dupprintf("Font: %s, %s%d-%s", fs
.name
, boldstr
,
2266 (fs
.height
< 0 ?
-fs
.height
: fs
.height
),
2267 (fs
.height
< 0 ?
"pixel" : "point"));
2268 SetDlgItemText(dp
->hwnd
, c
->base_id
+1, buf
);
2272 void dlg_fontsel_get(union control
*ctrl
, void *dlg
, FontSpec
*fs
)
2274 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2275 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2276 assert(c
&& c
->ctrl
->generic
.type
== CTRL_FONTSELECT
);
2277 *fs
= *(FontSpec
*)c
->data
; /* structure copy */
2281 * Bracketing a large set of updates in these two functions will
2282 * cause the front end (if possible) to delay updating the screen
2283 * until it's all complete, thus avoiding flicker.
2285 void dlg_update_start(union control
*ctrl
, void *dlg
)
2287 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2288 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2289 if (c
&& c
->ctrl
->generic
.type
== CTRL_LISTBOX
) {
2290 SendDlgItemMessage(dp
->hwnd
, c
->base_id
+1, WM_SETREDRAW
, FALSE
, 0);
2294 void dlg_update_done(union control
*ctrl
, void *dlg
)
2296 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2297 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2298 if (c
&& c
->ctrl
->generic
.type
== CTRL_LISTBOX
) {
2299 HWND hw
= GetDlgItem(dp
->hwnd
, c
->base_id
+1);
2300 SendMessage(hw
, WM_SETREDRAW
, TRUE
, 0);
2301 InvalidateRect(hw
, NULL
, TRUE
);
2305 void dlg_set_focus(union control
*ctrl
, void *dlg
)
2307 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2308 struct winctrl
*c
= dlg_findbyctrl(dp
, ctrl
);
2311 switch (ctrl
->generic
.type
) {
2312 case CTRL_EDITBOX
: id
= c
->base_id
+ 1; break;
2314 for (id
= c
->base_id
+ ctrl
->radio
.nbuttons
; id
> 1; id
--)
2315 if (IsDlgButtonChecked(dp
->hwnd
, id
))
2318 * In the theoretically-unlikely case that no button was
2319 * selected, id should come out of this as 1, which is a
2320 * reasonable enough choice.
2323 case CTRL_CHECKBOX
: id
= c
->base_id
; break;
2324 case CTRL_BUTTON
: id
= c
->base_id
; break;
2325 case CTRL_LISTBOX
: id
= c
->base_id
+ 1; break;
2326 case CTRL_FILESELECT
: id
= c
->base_id
+ 1; break;
2327 case CTRL_FONTSELECT
: id
= c
->base_id
+ 2; break;
2328 default: id
= c
->base_id
; break;
2330 ctl
= GetDlgItem(dp
->hwnd
, id
);
2335 * During event processing, you might well want to give an error
2336 * indication to the user. dlg_beep() is a quick and easy generic
2337 * error; dlg_error() puts up a message-box or equivalent.
2339 void dlg_beep(void *dlg
)
2341 /* struct dlgparam *dp = (struct dlgparam *)dlg; */
2345 void dlg_error_msg(void *dlg
, char *msg
)
2347 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2348 MessageBox(dp
->hwnd
, msg
,
2349 dp
->errtitle ? dp
->errtitle
: NULL
,
2350 MB_OK
| MB_ICONERROR
);
2354 * This function signals to the front end that the dialog's
2355 * processing is completed, and passes an integer value (typically
2356 * a success status).
2358 void dlg_end(void *dlg
, int value
)
2360 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2362 dp
->endresult
= value
;
2365 void dlg_refresh(union control
*ctrl
, void *dlg
)
2367 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2373 * Send EVENT_REFRESH to absolutely everything.
2375 for (j
= 0; j
< dp
->nctrltrees
; j
++) {
2377 (c
= winctrl_findbyindex(dp
->controltrees
[j
], i
)) != NULL
;
2379 if (c
->ctrl
&& c
->ctrl
->generic
.handler
!= NULL
)
2380 c
->ctrl
->generic
.handler(c
->ctrl
, dp
,
2381 dp
->data
, EVENT_REFRESH
);
2386 * Send EVENT_REFRESH to a specific control.
2388 if (ctrl
->generic
.handler
!= NULL
)
2389 ctrl
->generic
.handler(ctrl
, dp
, dp
->data
, EVENT_REFRESH
);
2393 void dlg_coloursel_start(union control
*ctrl
, void *dlg
, int r
, int g
, int b
)
2395 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2396 dp
->coloursel_wanted
= TRUE
;
2397 dp
->coloursel_result
.r
= r
;
2398 dp
->coloursel_result
.g
= g
;
2399 dp
->coloursel_result
.b
= b
;
2402 int dlg_coloursel_results(union control
*ctrl
, void *dlg
,
2403 int *r
, int *g
, int *b
)
2405 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2406 if (dp
->coloursel_result
.ok
) {
2407 *r
= dp
->coloursel_result
.r
;
2408 *g
= dp
->coloursel_result
.g
;
2409 *b
= dp
->coloursel_result
.b
;
2415 struct perctrl_privdata
{
2416 union control
*ctrl
;
2421 static int perctrl_privdata_cmp(void *av
, void *bv
)
2423 struct perctrl_privdata
*a
= (struct perctrl_privdata
*)av
;
2424 struct perctrl_privdata
*b
= (struct perctrl_privdata
*)bv
;
2425 if (a
->ctrl
< b
->ctrl
)
2427 else if (a
->ctrl
> b
->ctrl
)
2432 void dp_init(struct dlgparam
*dp
)
2437 dp
->focused
= dp
->lastfocused
= NULL
;
2438 memset(dp
->shortcuts
, 0, sizeof(dp
->shortcuts
));
2440 dp
->wintitle
= dp
->errtitle
= NULL
;
2441 dp
->privdata
= newtree234(perctrl_privdata_cmp
);
2444 void dp_add_tree(struct dlgparam
*dp
, struct winctrls
*wc
)
2446 assert(dp
->nctrltrees
< lenof(dp
->controltrees
));
2447 dp
->controltrees
[dp
->nctrltrees
++] = wc
;
2450 void dp_cleanup(struct dlgparam
*dp
)
2452 struct perctrl_privdata
*p
;
2455 while ( (p
= index234(dp
->privdata
, 0)) != NULL
) {
2456 del234(dp
->privdata
, p
);
2461 freetree234(dp
->privdata
);
2462 dp
->privdata
= NULL
;
2464 sfree(dp
->wintitle
);
2465 sfree(dp
->errtitle
);
2468 void *dlg_get_privdata(union control
*ctrl
, void *dlg
)
2470 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2471 struct perctrl_privdata tmp
, *p
;
2473 p
= find234(dp
->privdata
, &tmp
, NULL
);
2480 void dlg_set_privdata(union control
*ctrl
, void *dlg
, void *ptr
)
2482 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2483 struct perctrl_privdata tmp
, *p
;
2485 p
= find234(dp
->privdata
, &tmp
, NULL
);
2487 p
= snew(struct perctrl_privdata
);
2489 p
->needs_free
= FALSE
;
2490 add234(dp
->privdata
, p
);
2495 void *dlg_alloc_privdata(union control
*ctrl
, void *dlg
, size_t size
)
2497 struct dlgparam
*dp
= (struct dlgparam
*)dlg
;
2498 struct perctrl_privdata tmp
, *p
;
2500 p
= find234(dp
->privdata
, &tmp
, NULL
);
2502 p
= snew(struct perctrl_privdata
);
2504 p
->needs_free
= FALSE
;
2505 add234(dp
->privdata
, p
);
2507 assert(!p
->needs_free
);
2508 p
->needs_free
= TRUE
;
2510 * This is an internal allocation routine, so it's allowed to
2511 * use smalloc directly.
2513 p
->data
= smalloc(size
);