int jsui_widget_list
(int msg, void * vjdr, JSUI_DIALOG * d, int c)
{
PEN * newpen;
int in_container = 0;
JSUI_DIALOG_RUNNING * jdr = (JSUI_DIALOG_RUNNING *)vjdr;
int (*proc)(JSUI_DIALOG *, int, int, int, char *);
int (*recurse)(int, void *, JSUI_DIALOG *, int);
int ret = JSUI_R_O_K;
int voffs = 0;
int ccc = 0;
int argc;
char ** textlist = NULL;
recurse = d->proc;
if ( (jdr->mx >= d->x) && (jdr->mx < d->x+d->w) &&
(jdr->my >= d->y) && (jdr->my < d->y+d->h) )
in_container = 1;
switch(msg)
{
case (JSUI_MSG_IDLE):
case (JSUI_MSG_RDRAG):
case (JSUI_MSG_LDRAG):
case (JSUI_MSG_MOUSEMOVE):
if (in_container)
{
int sd1 = d->d1;
int sd2 = d->d2;
// d1 = selected item
// d2 = scroll position
if(jdr->my < 2) d->d1 = d->d2-1;
if(jdr->mx > d->w - 15) d->d1 = -1;
d->d1 = d->d2 + (jdr->my -2 -7) / 15;
if ( (d->d1 != sd1) || (d->d2 != sd2) )
{
recurse(JSUI_MSG_DRAW, vjdr, d, c);
}
}
break;
case (JSUI_MSG_RPRESS):
case (JSUI_MSG_RRELEASE):
case (JSUI_MSG_LPRESS):
case (JSUI_MSG_LRELEASE):
if (d->dp && d->dp3)
{
proc = (int (*)(JSUI_DIALOG*, int, int, int, char *))d->dp3;
textlist = (char **) d->dp;
ret = proc(d, jdr->focus_obj, msg, d->d1, textlist[d->d1]);
}
break;
case (JSUI_MSG_TIMETICK):
break;
case (JSUI_MSG_GOTFOCUS):
recurse(JSUI_MSG_DRAW, vjdr, d, c);
break;
case (JSUI_MSG_LOSTFOCUS):
recurse(JSUI_MSG_DRAW, vjdr, d, c);
break;
case (JSUI_MSG_DRAW):
if (!jdr) return JSUI_R_O_K;
primitive_3d_rect_down(jdr->buffer,
jdr->vbx + d->x, jdr->vby + d->y,
jdr->vbx + d->x + d->w-1,
jdr->vby + d->y + d->h-1,
JSUI_C_BG);
// up "button"
primitive_3d_rect_up(jdr->buffer,
jdr->vbx + d->x + d->w-15,
jdr->vby + d->y + 1,
jdr->vbx + d->x + d->w-2,
jdr->vby + d->y + 16,
JSUI_C_BG);
// center "area"
primitive_3d_rect_down(jdr->buffer,
jdr->vbx + d->x + d->w-15,
jdr->vby + d->y + 17,
jdr->vbx + d->x + d->w-2,
jdr->vby + d->y + d->h - 17,
JSUI_C_BG);
// down "button"
primitive_3d_rect_up(jdr->buffer,
jdr->vbx + d->x + d->w-15,
jdr->vby + d->y + d->h - 16,
jdr->vbx + d->x + d->w-2,
jdr->vby + d->y + d->h-2,
JSUI_C_BG);
newpen = Pen_Create();
if (d->flags & JSUI_F_DISABLED)
newpen->Icolor = JSUI_C_DISABLED;
else
newpen->Icolor = JSUI_C_LOLITE;
font_render_text_center(jdr->buffer, newpen, newpen,
jsui_current_font,
jdr->vbx + d->x + d->w - 8,
jdr->vby + d->y + 7,
"^");
font_render_text_center(jdr->buffer, newpen, newpen,
jsui_current_font,
jdr->vbx + d->x + d->w - 7,
jdr->vby + d->y + d->h - 12,
"v");
if (d->dp)
{
textlist = (char **) d->dp;
for (argc = 0 ; textlist[argc] ; argc++);
if (d->d1 >= argc) d->d1 = argc-1;
}
if (newpen && d && jdr->buffer && d->dp)
{
voffs = 5;
if (d->d2 < 0) d->d2 = 0;
for (argc = 0 ; textlist[argc] ; argc++);
ccc = d->d2;
while (textlist[ccc] &&
(ccc < (d->h-5)/15)
)
{
/*
if (ccc == d->d1)
newpen->Icolor = JSUI_C_HILITE;
else
newpen->Icolor = JSUI_C_LOLITE;
*/
font_render_text(jdr->buffer, newpen, newpen,
jsui_current_font,
jdr->vbx + d->x + 5,
jdr->vby + d->y + 5 + (ccc*15),
textlist[ccc]);
ccc++;
}
}
Pen_Destroy(newpen);
if (d->flags & JSUI_F_GOTFOCUS && !(d->flags & JSUI_F_DISABLED))
{
if ( (d->d1 >= d->d2) && d->dp)
primitive_rectangle_fourcolor(jdr->buffer,
primitive_pixel_dotted,
jdr->vbx + d->x + 2,
jdr->vby + d->y + 2 + ((d->d1 - d->d2) * 15),
jdr->vbx + d->x + d->w-1 - 2 - 15,
jdr->vby + d->y + ((d->d1 - d->d2) * 15) + 15,
-1,
JSUI_C_DARK, JSUI_C_DARK, JSUI_C_DARK, JSUI_C_DARK);
}
jdr->flags |= JSUI_F_DIRTY;
break;
case (JSUI_MSG_START):
printf("list Start\n");
break;
case (JSUI_MSG_END):
printf("list End\n");
break;
}
return( ret );
}
INT_PTR CALLBACK DialogProc12(HWND hWnd, UINT msg, WPARAM wParam, LPARAM lParam)
{
switch (msg)
{
case WM_INITDIALOG:
{
return SetWindowText(hWnd, L"Tiling a Shape with an Image");
}
case WM_CTLCOLORDLG:
{
return (INT_PTR)GetStockObject(WHITE_BRUSH);
}
case WM_PAINT:
{
PAINTSTRUCT ps;
HDC hdc = BeginPaint(hWnd, &ps);
Graphics * graphics = Graphics_CreateFromHDC(hdc);
// Just as tiles can be placed next to each other to cover a floor,
// rectangular images can be placed next to each other to fill (tile) a
// shape. To tile the interior of a shape, use a texture brush. When you
// construct a TextureBrush object, one of the arguments you pass to the
// constructor is the address of an Image object. When you use the texture
// brush to paint the interior of a shape, the shape is filled with
// repeated copies of this image.
// The wrap mode property of the TextBrush object determines how the
// image is oriented as it is repeated in a rectangular grid. You can
// make all tiles in the grid have the same orientation, or you can
// make the image flip from one grid position to next. The flipping can
// be horizontal, vertical, or both.
Image * image = Image_LoadFromFile(L"HouseAndTree.png", FALSE);
TextureBrush * tBrush = TextureBrush_Create(image, WrapModeTile);
Pen * pen = Pen_Create(Black, 1.0f);
// Draw a tiled image with WrapModeTile (default) orientation.
Graphics_FillRectangle(graphics, tBrush, 0, 0, 200, 200);
Graphics_DrawRectangle(graphics, pen, 0, 0, 200, 200);
// Flipping an image horizontally while tiling.
TextureBrush_SetWrapMode(tBrush, WrapModeTileFlipX);
Graphics_FillRectangle(graphics, tBrush, 200, 0, 200, 200);
Graphics_DrawRectangle(graphics, pen, 200, 0, 200, 200);
// Flipping an image vertically while tiling.
TextureBrush_SetWrapMode(tBrush, WrapModeTileFlipY);
Graphics_FillRectangle(graphics, tBrush, 0, 200, 200, 200);
Graphics_DrawRectangle(graphics, pen, 0, 200, 200, 200);
// Flipping an image horizontally and vertically while tiling.
TextureBrush_SetWrapMode(tBrush, WrapModeTileFlipXY);
Graphics_FillRectangle(graphics, tBrush, 200, 200, 200, 200);
Graphics_DrawRectangle(graphics, pen, 200, 200, 200, 200);
// Delete objects.
Pen_Delete(pen);
TextureBrush_Delete(tBrush);
Image_Dispose(image);
EndPaint(hWnd, &ps);
return TRUE;
}
case WM_CLOSE:
{
return EndDialog(hWnd, 0);
}
default:
return FALSE;
}
}
