static void __focus_grab_buttons(FvwmWindow *fw, Bool client_entered)
{
int i;
Bool do_grab_window = False;
int grab_buttons;
if (fw == NULL || IS_SCHEDULED_FOR_DESTROY(fw) || !IS_MAPPED(fw))
{
/* It is pointless to grab buttons on dieing windows. Buttons
* can not be grabbed when the window is unmapped. */
return;
}
grab_buttons = Scr.buttons2grab;
do_grab_window = focus_query_grab_buttons(fw, client_entered);
if (do_grab_window == True)
{
grab_buttons |= FP_USE_MOUSE_BUTTONS(FW_FOCUS_POLICY(fw));
}
if (grab_buttons != fw->grabbed_buttons)
{
MyXGrabServer(dpy);
for (i = 0; i < NUMBER_OF_EXTENDED_MOUSE_BUTTONS; i++)
{
__focus_grab_one_button(fw, i, grab_buttons);
}
MyXUngrabServer (dpy);
}
return;
}
/*
ResyncFvwmStackRing -
Rebuilds the stacking order ring of FVWM-managed windows. For use in cases
where apps raise/lower their own windows in a way that makes it difficult to
determine exactly where they ended up in the stacking order.
- Based on code from Matthias Clasen.
*/
void ResyncFvwmStackRing (void)
{
Window root, parent, *children;
unsigned int nchildren, i;
FvwmWindow *t1, *t2;
MyXGrabServer (dpy);
if (!XQueryTree (dpy, Scr.Root, &root, &parent, &children, &nchildren))
{
MyXUngrabServer (dpy);
return;
}
t2 = &Scr.FvwmRoot;
for (i = 0; i < nchildren; i++)
{
for (t1 = Scr.FvwmRoot.next; t1 != NULL; t1 = t1->next)
{
if (t1->flags & ICONIFIED && (!(t1->flags & SUPPRESSICON)))
{
if (t1->icon_w == children[i])
{
break;
}
else if (t1->icon_pixmap_w == children[i])
{
break;
}
}
else
{
if (t1->frame == children[i])
{
break;
}
}
}
if (t1 != NULL && t1 != t2)
{
/*
Move the window to its new position, working from the bottom up
(that's the way XQueryTree presents the list).
*/
t1->stack_prev->stack_next = t1->stack_next; /* Pluck from chain. */
t1->stack_next->stack_prev = t1->stack_prev;
t1->stack_next = t2; /* Set new pointers. */
t1->stack_prev = t2->stack_prev;
t2->stack_prev->stack_next = t1; /* Insert in new position. */
t2->stack_prev = t1;
t2 = t1;
}
}
MyXUngrabServer (dpy);
XFree (children);
}
/* This function is part of a hack to make focus handling work better with
* applications that use the passive focus model but manage focus in their own
* sub windows and should thus use the locally active focus model instead.
* There are many examples like netscape or ddd. */
void focus_force_refresh_focus(const FvwmWindow *fw)
{
XWindowAttributes winattrs;
MyXGrabServer(dpy);
if (XGetWindowAttributes(dpy, FW_W(fw), &winattrs))
{
XSelectInput(
dpy, FW_W(fw),
winattrs.your_event_mask & ~FocusChangeMask);
FOCUS_SET(FW_W(fw), NULL /* we don't expect an event */);
XSelectInput(dpy, FW_W(fw), winattrs.your_event_mask);
}
MyXUngrabServer(dpy);
return;
}
/* This function is part of a hack to make focus handling work better with
* applications that use the passive focus model but manage focus in their own
* sub windows and should thus use the locally active focus model instead.
* There are many examples like netscape or ddd. */
void refresh_focus(FvwmWindow *fw)
{
Bool do_refresh = False;
if (fw == NULL || fw != get_focus_window() || HAS_NEVER_FOCUS(fw))
{
/* only refresh the focus on the currently focused window */
return;
}
/* only refresh the focus for windows with the passive focus model so that
* we don't disturb focus handling more than necessary */
switch (fw->focus_model)
{
case FM_PASSIVE:
do_refresh = True;
break;
case FM_NO_INPUT:
case FM_GLOBALLY_ACTIVE:
case FM_LOCALLY_ACTIVE:
default:
do_refresh = False;
break;
}
if (do_refresh)
{
XWindowAttributes winattrs;
MyXGrabServer(dpy);
if (XGetWindowAttributes(dpy, fw->w, &winattrs))
{
XSelectInput(dpy, fw->w, winattrs.your_event_mask & ~FocusChangeMask);
FOCUS_SET(fw->w);
XSelectInput(dpy, fw->w, winattrs.your_event_mask);
}
MyXUngrabServer(dpy);
}
return;
}
/* create a pixmap suitable for plonking on the background of a part of a
* window */
Pixmap CreateOffsetBackgroundPixmap(
Display *dpy, Window win, int x, int y, int width, int height,
colorset_t *colorset, unsigned int depth, GC gc, Bool is_shape_mask)
{
Pixmap pixmap = None;
Pixmap cs_pixmap = None;
XGCValues xgcv;
static GC shape_gc = None;
GC fill_gc = None; /* not static as dpy may change (FvwmBacker) */
int cs_width;
int cs_height;
Bool cs_keep_aspect;
Bool cs_stretch_x;
Bool cs_stretch_y;
if (colorset->pixmap == ParentRelative && !is_shape_mask &&
colorset->tint_percent > 0)
{
FvwmRenderAttributes fra;
fra.mask = FRAM_DEST_IS_A_WINDOW | FRAM_HAVE_TINT;
fra.tint = colorset->tint;
fra.tint_percent = colorset->tint_percent;
MyXGrabServer(dpy);
pixmap = PGraphicsCreateTransparency(
dpy, win, &fra, gc, x, y, width, height, True);
MyXUngrabServer(dpy);
if (pixmap == None)
{
return ParentRelative;
}
return pixmap;
}
else if (colorset->pixmap == ParentRelative && !is_shape_mask)
{
return ParentRelative;
}
else if (CSETS_IS_TRANSPARENT_ROOT(colorset) && colorset->pixmap
&& !is_shape_mask)
{
int sx,sy;
int h,w;
XID dummy;
cs_pixmap = colorset->pixmap;
cs_width = colorset->width;
cs_height = colorset->height;
if (CSETS_IS_TRANSPARENT_ROOT_PURE(colorset))
{
/* check if it is still here */
union {
XID junk;
unsigned int ui_junk;
int i_junk;
} XID_int;
/* a priori we should grab the server, but this
* cause PositiveWrite error when you move a
* window with a transparent title bar */
if (!XGetGeometry(
dpy, colorset->pixmap, &XID_int.junk,
&XID_int.i_junk, &XID_int.i_junk,
(unsigned int *)&w, (unsigned int *)&h,
&XID_int.ui_junk,
&XID_int.ui_junk) ||
w != cs_width || h != cs_height)
{
return None;
}
}
XTranslateCoordinates(
dpy, win, DefaultRootWindow(dpy), x, y, &sx, &sy,
&dummy);
pixmap = XCreatePixmap(dpy, win, width, height, Pdepth);
if (!pixmap)
{
return None;
}
/* make sx and sy positif */
while (sx < 0)
{
sx = sx + cs_width;
}
while (sy < 0)
{
sy = sy + cs_height;
}
/* make sx and sy in (0,0,cs_width,cs_height) */
while (sx >= cs_width)
{
sx = sx - cs_width;
}
while (sy >= cs_height)
{
sy = sy - cs_height;
}
xgcv.fill_style = FillTiled;
xgcv.tile = cs_pixmap;
xgcv.ts_x_origin = cs_width-sx;
xgcv.ts_y_origin = cs_height-sy;
fill_gc = fvwmlib_XCreateGC(
dpy, win, GCTile | GCTileStipXOrigin |
GCTileStipYOrigin | GCFillStyle, &xgcv);
if (fill_gc == None)
{
XFreePixmap(dpy, pixmap);
return None;
}
XSync(dpy, False);
is_bad_gc = 0;
ferror_set_temp_error_handler(BadGCErrorHandler);
XFillRectangle(dpy, pixmap, fill_gc, 0, 0, width, height);
if (
is_bad_gc == 0 &&
CSETS_IS_TRANSPARENT_ROOT_PURE(colorset) &&
colorset->tint_percent > 0)
{
FvwmRenderAttributes fra;
fra.mask = FRAM_HAVE_TINT;
fra.tint = colorset->tint;
fra.tint_percent = colorset->tint_percent;
PGraphicsRenderPixmaps(
dpy, win, pixmap, None, None,
Pdepth, &fra, pixmap,
fill_gc, None, None,
0, 0, width, height,
0, 0, width, height, False);
}
XSync(dpy, False);
ferror_reset_temp_error_handler();
if (is_bad_gc == 1)
{
is_bad_gc = 0;
XFreePixmap(dpy, pixmap);
pixmap = None;
}
XFreeGC(dpy,fill_gc);
return pixmap;
}
if (!is_shape_mask)
{
cs_pixmap = colorset->pixmap;
cs_width = colorset->width;
cs_height = colorset->height;
cs_keep_aspect =
(colorset->pixmap_type == PIXMAP_STRETCH_ASPECT);
cs_stretch_x = (colorset->pixmap_type == PIXMAP_STRETCH_X)
|| (colorset->pixmap_type == PIXMAP_STRETCH);
cs_stretch_y = (colorset->pixmap_type == PIXMAP_STRETCH_Y)
|| (colorset->pixmap_type == PIXMAP_STRETCH);
}
else
{
/* In spite of the name, win contains the pixmap */
cs_pixmap = colorset->shape_mask;
win = colorset->shape_mask;
if (shape_gc == None)
{
xgcv.foreground = 1;
xgcv.background = 0;
/* create a gc for 1 bit depth */
shape_gc = fvwmlib_XCreateGC(
dpy, win, GCForeground|GCBackground, &xgcv);
}
gc = shape_gc;
cs_width = colorset->shape_width;
cs_height = colorset->shape_height;
cs_keep_aspect = (colorset->shape_type == SHAPE_STRETCH_ASPECT);
cs_stretch_x = !(colorset->shape_type == SHAPE_TILED);
cs_stretch_y = !(colorset->shape_type == SHAPE_TILED);
}
if (cs_pixmap == None)
{
xgcv.foreground = colorset->bg;
fill_gc = fvwmlib_XCreateGC(dpy, win, GCForeground, &xgcv);
/* create a solid pixmap - not very useful most of the time */
pixmap = XCreatePixmap(dpy, win, 1, 1, depth);
XFillRectangle(dpy, pixmap, fill_gc, 0, 0, 1, 1);
XFreeGC(dpy,fill_gc);
}
else if (cs_keep_aspect)
{
Bool trim_side;
int big_width, big_height;
Pixmap big_pixmap;
int x, y;
/* make a pixmap big enough to cover the destination but with
* the aspect ratio of the cs_pixmap */
trim_side = get_aspect_dimensions(
&big_width, &big_height, width, height, cs_width,
cs_height);
big_pixmap = CreateStretchPixmap(
dpy, cs_pixmap, cs_width, cs_height, depth, big_width,
big_height, gc);
/* work out where to trim */
x = trim_side ? (big_width - width) / 2 : 0;
y = trim_side ? 0 : (big_height - height) / 2;
pixmap = XCreatePixmap(dpy, cs_pixmap, width, height, depth);
if (pixmap && big_pixmap)
{
XCopyArea(
dpy, big_pixmap, pixmap, gc, x, y, width,
height, 0, 0);
}
if (big_pixmap)
{
XFreePixmap(dpy, big_pixmap);
}
}
else if (!cs_stretch_x && !cs_stretch_y)
{
/* it's a tiled pixmap, create an unstretched one */
if (!is_shape_mask)
{
pixmap = XCreatePixmap(
dpy, cs_pixmap, cs_width, cs_height, depth);
if (pixmap)
{
XCopyArea(
dpy, cs_pixmap, pixmap, gc, 0, 0,
cs_width, cs_height, 0, 0);
}
}
else
{
/* can't tile masks, create a tiled version of the
* mask */
pixmap = CreateTiledPixmap(
dpy, cs_pixmap, cs_width, cs_height, width,
height, 1, gc);
}
}
else if (!cs_stretch_x)
{
/* it's an HGradient */
pixmap = CreateStretchYPixmap(
dpy, cs_pixmap, cs_width, cs_height, depth, height, gc);
}
else if (!cs_stretch_y)
{
/* it's a VGradient */
pixmap = CreateStretchXPixmap(
dpy, cs_pixmap, cs_width, cs_height, depth, width, gc);
}
else
{
/* It's a full window pixmap */
pixmap = CreateStretchPixmap(
dpy, cs_pixmap, cs_width, cs_height, depth, width,
height, gc);
}
if (x != 0 || y != 0)
{
Pixmap p2;
p2 = ScrollPixmap(
dpy, pixmap, gc, x, y, width, height,
depth);
if (p2 != None && p2 != ParentRelative && p2 != pixmap)
{
XFreePixmap(dpy, pixmap);
pixmap = p2;
}
}
return pixmap;
}
/* translate a colorset spec into a colorset structure */
void parse_colorset(int n, char *line)
{
int i;
int w;
int h;
int tmp;
int percent;
colorset_t *cs;
char *optstring;
char *args;
char *option;
char *tmp_str;
char *fg = NULL;
char *bg = NULL;
char *hi = NULL;
char *sh = NULL;
char *fgsh = NULL;
char *tint = NULL;
char *fg_tint = NULL;
char *bg_tint = NULL;
char *icon_tint = NULL;
Bool have_pixels_changed = False;
Bool has_icon_pixels_changed = False;
Bool has_fg_changed = False;
Bool has_bg_changed = False;
Bool has_sh_changed = False;
Bool has_hi_changed = False;
Bool has_fgsh_changed = False;
Bool has_fg_alpha_changed = False;
Bool has_tint_changed = False;
Bool has_fg_tint_changed = False;
Bool has_bg_tint_changed = False;
Bool has_icon_tint_changed = False;
Bool has_pixmap_changed = False;
Bool has_shape_changed = False;
Bool has_image_alpha_changed = False;
Bool pixmap_is_a_bitmap = False;
Bool do_reload_pixmap = False;
Bool is_server_grabbed = False;
XColor color;
XGCValues xgcv;
static char *name = "parse_colorset";
Window win = Scr.NoFocusWin;
static GC gc = None;
/* initialize statics */
if (gc == None)
{
gc = fvwmlib_XCreateGC(dpy, win, 0, &xgcv);
}
/* make sure it exists and has sensible contents */
alloc_colorset(n);
cs = &Colorset[n];
/*** Parse the options ***/
while (line && *line)
{
/* Read next option specification delimited by a comma or \0.
*/
line = GetQuotedString(
line, &optstring, ",", NULL, NULL, NULL);
if (!optstring)
break;
args = GetNextToken(optstring, &option);
if (!option)
{
free(optstring);
break;
}
switch((i = GetTokenIndex(option, csetopts, 0, NULL)))
{
case 0: /* Foreground */
case 1: /* Fore */
case 2: /* fg */
get_simple_color(
args, &fg, cs, FG_SUPPLIED, FG_CONTRAST,
"contrast");
has_fg_changed = True;
break;
case 3: /* Background */
case 4: /* Back */
case 5: /* bg */
get_simple_color(
args, &bg, cs, BG_SUPPLIED, BG_AVERAGE,
"average");
has_bg_changed = True;
break;
case 6: /* Hilight */
case 7: /* Hilite */
case 8: /* hi */
get_simple_color(args, &hi, cs, HI_SUPPLIED, 0, NULL);
has_hi_changed = True;
break;
case 9: /* Shadow */
case 10: /* Shade */
case 11: /* sh */
get_simple_color(args, &sh, cs, SH_SUPPLIED, 0, NULL);
has_sh_changed = True;
break;
case 12: /* fgsh */
get_simple_color(
args, &fgsh, cs, FGSH_SUPPLIED, 0,NULL);
has_fgsh_changed = True;
break;
case 13: /* fg_alpha */
case 14: /* fgAlpha */
if (GetIntegerArguments(args, NULL, &tmp, 1))
{
if (tmp > 100)
tmp = 100;
else if (tmp < 0)
tmp = 0;
}
else
{
tmp = 100;
}
if (tmp != cs->fg_alpha_percent)
{
cs->fg_alpha_percent = tmp;
has_fg_alpha_changed = True;
}
break;
case 15: /* TiledPixmap */
case 16: /* Pixmap */
case 17: /* AspectPixmap */
has_pixmap_changed = True;
free_colorset_background(cs, True);
tmp_str = PeekToken(args, &args);
if (tmp_str)
{
CopyString(&cs->pixmap_args, tmp_str);
do_reload_pixmap = True;
cs->gradient_type = 0;
/* set the flags */
if (csetopts[i][0] == 'T')
{
cs->pixmap_type = PIXMAP_TILED;
}
else if (csetopts[i][0] == 'A')
{
cs->pixmap_type = PIXMAP_STRETCH_ASPECT;
}
else
{
cs->pixmap_type = PIXMAP_STRETCH;
}
}
/* the pixmap is build later */
break;
case 18: /* Shape */
case 19: /* TiledShape */
case 20: /* AspectShape */
parse_shape(win, cs, i, args, &has_shape_changed);
break;
case 21: /* Plain */
has_pixmap_changed = True;
free_colorset_background(cs, True);
break;
case 22: /* NoShape */
has_shape_changed = True;
if (cs->shape_mask)
{
add_to_junk(cs->shape_mask);
cs->shape_mask = None;
}
break;
case 23: /* Transparent */
/* This is only allowable when the root depth == fvwm
* visual depth otherwise bad match errors happen,
* it may be even more restrictive but my tests (on
* exceed 6.2) show that only == depth is necessary */
if (Pdepth != DefaultDepth(dpy, (DefaultScreen(dpy))))
{
fvwm_msg(
ERR, name, "can't do Transparent "
"when root_depth!=fvwm_depth");
break;
}
has_pixmap_changed = True;
free_colorset_background(cs, True);
cs->pixmap = ParentRelative;
cs->pixmap_type = PIXMAP_STRETCH;
break;
case 24: /* RootTransparent */
if (Pdepth != DefaultDepth(dpy, (DefaultScreen(dpy))))
{
fvwm_msg(
ERR, name, "can't do RootTransparent "
"when root_depth!=fvwm_depth");
break;
}
free_colorset_background(cs, True);
has_pixmap_changed = True;
cs->pixmap_type = PIXMAP_ROOT_PIXMAP_PURE;
do_reload_pixmap = True;
tmp_str = PeekToken(args, &args);
if (StrEquals(tmp_str, "buffer"))
{
cs->allows_buffered_transparency = True;
}
else
{
cs->allows_buffered_transparency = False;
}
cs->is_maybe_root_transparent = True;
break;
case 25: /* Tint */
case 26: /* PixmapTint */
case 27: /* ImageTint */
case 28: /* TintMask */
parse_simple_tint(
cs, args, &tint, TINT_SUPPLIED,
&has_tint_changed, &percent, "tint");
if (has_tint_changed)
{
cs->tint_percent = percent;
}
break;
case 29: /* NoTint */
has_tint_changed = True;
cs->tint_percent = 0;
cs->color_flags &= ~TINT_SUPPLIED;
break;
case 30: /* fgTint */
parse_simple_tint(
cs, args, &fg_tint, FG_TINT_SUPPLIED,
&has_fg_tint_changed, &percent, "fgTint");
if (has_fg_tint_changed)
{
cs->fg_tint_percent = percent;
}
break;
case 31: /* bgTint */
parse_simple_tint(
cs, args, &bg_tint, BG_TINT_SUPPLIED,
&has_bg_tint_changed, &percent, "bgTint");
if (has_bg_tint_changed)
{
cs->bg_tint_percent = percent;
}
break;
case 32: /* dither */
if (cs->pixmap_args || cs->gradient_args)
{
has_pixmap_changed = True;
do_reload_pixmap = True;
}
cs->dither = True;
break;
case 33: /* nodither */
if (cs->pixmap_args || cs->gradient_args)
{
has_pixmap_changed = True;
do_reload_pixmap = True;
}
cs->dither = False;
break;
case 34: /* Alpha */
case 35: /* PixmapAlpha */
case 36: /* ImageAlpha */
if (GetIntegerArguments(args, NULL, &tmp, 1))
{
if (tmp > 100)
tmp = 100;
else if (tmp < 0)
tmp = 0;
}
else
{
tmp = 100;
}
if (tmp != cs->image_alpha_percent)
{
has_image_alpha_changed = True;
cs->image_alpha_percent = tmp;
}
break;
/* dither icon is not dynamic (yet) maybe a bad opt: default
* to False ? */
case 37: /* ditherIcon */
cs->do_dither_icon = True;
break;
case 38: /* DoNotDitherIcon */
cs->do_dither_icon = False;
break;
case 39: /* IconTint */
parse_simple_tint(
cs, args, &icon_tint, ICON_TINT_SUPPLIED,
&has_icon_tint_changed, &percent, "IconTint");
if (has_icon_tint_changed)
{
cs->icon_tint_percent = percent;
has_icon_pixels_changed = True;
}
break;
case 40: /* NoIconTint */
has_icon_tint_changed = True;
if (cs->icon_tint_percent != 0)
{
has_icon_pixels_changed = True;
}
cs->icon_tint_percent = 0;
break;
case 41: /* IconAlpha */
if (GetIntegerArguments(args, NULL, &tmp, 1))
{
if (tmp > 100)
tmp = 100;
else if (tmp < 0)
tmp = 0;
}
else
{
tmp = 100;
}
if (tmp != cs->icon_alpha_percent)
{
has_icon_pixels_changed = True;
cs->icon_alpha_percent = tmp;
}
break;
default:
/* test for ?Gradient */
if (option[0] && StrEquals(&option[1], "Gradient"))
{
cs->gradient_type = toupper(option[0]);
if (!IsGradientTypeSupported(cs->gradient_type))
break;
has_pixmap_changed = True;
free_colorset_background(cs, True);
CopyString(&cs->gradient_args, args);
do_reload_pixmap = True;
if (cs->gradient_type == V_GRADIENT)
{
cs->pixmap_type = PIXMAP_STRETCH_Y;
}
else if (cs->gradient_type == H_GRADIENT)
cs->pixmap_type = PIXMAP_STRETCH_X;
else
cs->pixmap_type = PIXMAP_STRETCH;
}
else
{
fvwm_msg(
WARN, name, "bad colorset pixmap "
"specifier %s %s", option, line);
}
break;
} /* switch */
if (option)
{
free(option);
option = NULL;
}
free(optstring);
optstring = NULL;
} /* while (line && *line) */
/*
* ---------- change the "pixmap" tint colour ----------
*/
if (has_tint_changed)
{
/* user specified colour */
if (tint != NULL)
{
Pixel old_tint = cs->tint;
PictureFreeColors(dpy, Pcmap, &cs->tint, 1, 0, True);
cs->tint = GetColor(tint);
if (old_tint != cs->tint)
{
have_pixels_changed = True;
}
}
else if (tint == NULL)
{
/* default */
Pixel old_tint = cs->tint;
PictureFreeColors(dpy, Pcmap, &cs->tint, 1, 0, True);
cs->tint = GetColor(black);
if (old_tint != cs->tint)
{
have_pixels_changed = True;
}
}
}
/*
* reload the gradient if the tint or the alpha have changed.
* Do this too if we need to recompute the bg average and the
* gradient is tinted (perforemence issue).
*/
if ((has_tint_changed || has_image_alpha_changed ||
(has_bg_changed && (cs->color_flags & BG_AVERAGE) &&
cs->tint_percent > 0)) && cs->gradient_args)
{
do_reload_pixmap = True;
}
/*
* reset the pixmap if the tint or the alpha has changed
*/
if (!do_reload_pixmap &&
(has_tint_changed || has_image_alpha_changed ||
(has_bg_changed && cs->alpha_pixmap != None)))
{
if (cs->pixmap_type == PIXMAP_ROOT_PIXMAP_PURE ||
cs->pixmap_type == PIXMAP_ROOT_PIXMAP_TRAN)
{
do_reload_pixmap = True;
}
else if (cs->picture != NULL && cs->pixmap)
{
XSetClipMask(dpy, gc, cs->picture->mask);
reset_cs_pixmap(cs, gc);
XSetClipMask(dpy, gc, None);
has_pixmap_changed = True;
}
}
/*
* (re)build the pixmap or the gradient
*/
if (do_reload_pixmap)
{
free_colorset_background(cs, False);
has_pixmap_changed = True;
if (cs->pixmap_type == PIXMAP_ROOT_PIXMAP_PURE ||
cs->pixmap_type == PIXMAP_ROOT_PIXMAP_TRAN)
{
cs->pixmap_type = 0;
if (root_pic.pixmap)
{
cs->pixmap = root_pic.pixmap;
cs->width = root_pic.width;
cs->height = root_pic.height;
cs->pixmap_type = PIXMAP_ROOT_PIXMAP_PURE;
#if 0
fprintf(stderr,"Cset %i LoadRoot 0x%lx\n",
n, cs->pixmap);
#endif
}
}
else if (cs->pixmap_args)
{
parse_pixmap(win, gc, cs, &pixmap_is_a_bitmap);
}
else if (cs->gradient_args)
{
cs->pixmap = CreateGradientPixmapFromString(
dpy, win, gc, cs->gradient_type,
cs->gradient_args, &w, &h, &cs->pixels,
&cs->nalloc_pixels, cs->dither);
cs->width = w;
cs->height = h;
}
has_pixmap_changed = True;
}
if (cs->picture != NULL && cs->picture->depth != Pdepth)
{
pixmap_is_a_bitmap = True;
}
/*
* ---------- change the background colour ----------
*/
if (has_bg_changed ||
(has_pixmap_changed && (cs->color_flags & BG_AVERAGE) &&
cs->pixmap != None &&
cs->pixmap != ParentRelative &&
!pixmap_is_a_bitmap))
{
Bool do_set_default_background = False;
Pixmap average_pix = None;
if (cs->color_flags & BG_AVERAGE)
{
if (cs->picture != NULL && cs->picture->picture != None)
{
average_pix = cs->picture->picture;
}
else if (cs->pixmap != ParentRelative)
{
average_pix = cs->pixmap;
}
if (average_pix == root_pic.pixmap)
{
int w;
int h;
XID dummy;
MyXGrabServer(dpy);
is_server_grabbed = True;
if (!XGetGeometry(
dpy, average_pix, &dummy,
(int *)&dummy, (int *)&dummy,
(unsigned int *)&w, (unsigned int *)&h,
(unsigned int *)&dummy,
(unsigned int *)&dummy))
{
average_pix = None;
}
else
{
if (w != cs->width || h != cs->height)
{
average_pix = None;
}
}
if (average_pix == None)
{
MyXUngrabServer(dpy);
is_server_grabbed = False;
}
}
}
/* note: no average for bitmap */
if ((cs->color_flags & BG_AVERAGE) && average_pix)
{
/* calculate average background color */
XColor *colors;
XImage *image;
XImage *mask_image = None;
unsigned int i, j, k = 0;
unsigned long red = 0, blue = 0, green = 0;
unsigned long tred, tblue, tgreen;
double dred = 0.0, dblue = 0.0, dgreen = 0.0;
has_bg_changed = True;
/* create an array to store all the pixmap colors in */
/* Note: this may allocate a lot of memory:
* cs->width * cs->height * 12 and then the rest of the
* procedure can take a lot of times */
colors = (XColor *)safemalloc(
cs->width * cs->height * sizeof(XColor));
/* get the pixmap and mask into an image */
image = XGetImage(
dpy, average_pix, 0, 0, cs->width, cs->height,
AllPlanes, ZPixmap);
if (cs->mask != None)
{
mask_image = XGetImage(
dpy, cs->mask, 0, 0, cs->width,
cs->height, AllPlanes, ZPixmap);
}
if (is_server_grabbed == True)
{
MyXUngrabServer(dpy);
}
if (image != None && mask_image != None)
{
/* only fetch the pixels that are not masked
* out */
for (i = 0; i < cs->width; i++)
{
for (j = 0; j < cs->height; j++)
{
if (
cs->mask == None ||
XGetPixel(
mask_image, i,
j) == 0)
{
colors[k++].pixel =
XGetPixel(
image,
i, j);
}
}
}
}
if (image != None)
{
XDestroyImage(image);
}
if (mask_image != None)
{
XDestroyImage(mask_image);
}
if (k == 0)
{
do_set_default_background = True;
}
else
{
/* look them all up, XQueryColors() can't
* handle more than 256 */
for (i = 0; i < k; i += 256)
{
XQueryColors(
dpy, Pcmap, &colors[i],
min(k - i, 256));
}
/* calculate average, add overflows in a double
* .red is short, red is long */
for (i = 0; i < k; i++)
{
tred = red;
red += colors[i].red;
if (red < tred)
{
dred += (double)tred;
red = colors[i].red;
}
tgreen = green;
green += colors[i].green;
if (green < tgreen)
{
dgreen += (double)tgreen;
green = colors[i].green;
}
tblue = blue;
blue += colors[i].blue;
if (blue < tblue)
{
dblue += (double)tblue;
blue = colors[i].blue;
}
}
dred += red;
dgreen += green;
dblue += blue;
/* get it */
color.red = dred / k;
color.green = dgreen / k;
color.blue = dblue / k;
{
Pixel old_bg = cs->bg;
PictureFreeColors(
dpy, Pcmap, &cs->bg, 1, 0,
True);
PictureAllocColor(
dpy, Pcmap, &color, True);
cs->bg = color.pixel;
if (old_bg != cs->bg)
{
have_pixels_changed = True;
}
}
}
free(colors);
} /* average */
else if ((cs->color_flags & BG_SUPPLIED) && bg != NULL)
{
/* user specified colour */
Pixel old_bg = cs->bg;
PictureFreeColors(dpy, Pcmap, &cs->bg, 1, 0, True);
cs->bg = GetColor(bg);
if (old_bg != cs->bg)
{
have_pixels_changed = True;
}
} /* user specified */
else if (bg == NULL && has_bg_changed)
{
/* default */
do_set_default_background = True;
} /* default */
if (do_set_default_background)
{
Pixel old_bg = cs->bg;
PictureFreeColors(dpy, Pcmap, &cs->bg, 1, 0, True);
cs->bg = GetColor(white);
if (old_bg != cs->bg)
{
have_pixels_changed = True;
}
has_bg_changed = True;
}
if (has_bg_changed)
{
/* save the bg color for tinting */
cs->bg_saved = cs->bg;
}
} /* has_bg_changed */
/*
* ---------- setup the bg tint colour ----------
*/
if (has_bg_tint_changed && cs->bg_tint_percent > 0 && bg_tint != NULL)
{
PictureFreeColors(dpy, Pcmap, &cs->bg_tint, 1, 0, True);
cs->bg_tint = GetColor(bg_tint);
}
/*
* ---------- tint the bg colour ----------
*/
if (has_bg_tint_changed || (has_bg_changed && cs->bg_tint_percent > 0))
{
if (cs->bg_tint_percent == 0)
{
Pixel old_bg = cs->bg;
PictureFreeColors(dpy, Pcmap, &cs->bg, 1, 0, True);
cs->bg = cs->bg_saved;
if (old_bg != cs->bg)
{
have_pixels_changed = True;
has_bg_changed = True;
}
}
else
{
Pixel old_bg = cs->bg;
PictureFreeColors(dpy, Pcmap, &cs->bg, 1, 0, True);
cs->bg = GetTintedPixel(
cs->bg_saved, cs->bg_tint, cs->bg_tint_percent);
if (old_bg != cs->bg)
{
have_pixels_changed = True;
has_bg_changed = True;
}
}
}
/*
* ---------- setup the fg tint colour ----------
*/
if (has_fg_tint_changed && cs->fg_tint_percent > 0 && fg_tint != NULL)
{
PictureFreeColors(dpy, Pcmap, &cs->fg_tint, 1, 0, True);
cs->fg_tint = GetColor(fg_tint);
}
/*
* ---------- change the foreground colour ----------
*/
if (has_fg_changed ||
(has_bg_changed && (cs->color_flags & FG_CONTRAST)))
{
if (cs->color_flags & FG_CONTRAST)
{
Pixel old_fg = cs->fg;
/* calculate contrasting foreground color */
color.pixel = cs->bg;
XQueryColor(dpy, Pcmap, &color);
color.red = (color.red > 32767) ? 0 : 65535;
color.green = (color.green > 32767) ? 0 : 65535;
color.blue = (color.blue > 32767) ? 0 : 65535;
PictureFreeColors(dpy, Pcmap, &cs->fg, 1, 0, True);
PictureAllocColor(dpy, Pcmap, &color, True);
cs->fg = color.pixel;
if (old_fg != cs->fg)
{
have_pixels_changed = True;
has_fg_changed = 1;
}
} /* contrast */
else if ((cs->color_flags & FG_SUPPLIED) && fg != NULL)
{
/* user specified colour */
Pixel old_fg = cs->fg;
PictureFreeColors(dpy, Pcmap, &cs->fg, 1, 0, True);
cs->fg = GetColor(fg);
if (old_fg != cs->fg)
{
have_pixels_changed = True;
has_fg_changed = 1;
}
} /* user specified */
else if (fg == NULL)
{
/* default */
Pixel old_fg = cs->fg;
PictureFreeColors(dpy, Pcmap, &cs->fg, 1, 0, True);
cs->fg = GetColor(black);
if (old_fg != cs->fg)
{
have_pixels_changed = True;
has_fg_changed = 1;
}
}
/* save the fg color for tinting */
cs->fg_saved = cs->fg;
} /* has_fg_changed */
/*
* ---------- tint the foreground colour ----------
*/
if (has_fg_tint_changed || (has_fg_changed && cs->fg_tint_percent > 0))
{
if (cs->fg_tint_percent == 0)
{
Pixel old_fg = cs->fg;
PictureFreeColors(dpy, Pcmap, &cs->fg, 1, 0, True);
cs->fg = cs->fg_saved;
if (old_fg != cs->fg)
{
have_pixels_changed = True;
has_fg_changed = 1;
}
}
else
{
Pixel old_fg = cs->fg;
PictureFreeColors(dpy, Pcmap, &cs->fg, 1, 0, True);
cs->fg = GetTintedPixel(
cs->fg_saved, cs->fg_tint,
cs->fg_tint_percent);
if (old_fg != cs->fg)
{
have_pixels_changed = True;
has_fg_changed = 1;
}
}
}
/*
* ---------- change the hilight colour ----------
*/
if (has_hi_changed ||
(has_bg_changed && !(cs->color_flags & HI_SUPPLIED)))
{
has_hi_changed = 1;
if ((cs->color_flags & HI_SUPPLIED) && hi != NULL)
{
/* user specified colour */
Pixel old_hilite = cs->hilite;
PictureFreeColors(dpy, Pcmap, &cs->hilite, 1, 0, True);
cs->hilite = GetColor(hi);
if (old_hilite != cs->hilite)
{
have_pixels_changed = True;
}
} /* user specified */
else if (hi == NULL)
{
Pixel old_hilite = cs->hilite;
PictureFreeColors(dpy, Pcmap, &cs->hilite, 1, 0, True);
cs->hilite = GetHilite(cs->bg);
if (old_hilite != cs->hilite)
{
have_pixels_changed = True;
}
}
} /* has_hi_changed */
/*
* ---------- change the shadow colour ----------
*/
if (has_sh_changed ||
(has_bg_changed && !(cs->color_flags & SH_SUPPLIED)))
{
has_sh_changed = 1;
if ((cs->color_flags & SH_SUPPLIED) && sh != NULL)
{
/* user specified colour */
Pixel old_shadow = cs->shadow;
PictureFreeColors(dpy, Pcmap, &cs->shadow, 1, 0, True);
cs->shadow = GetColor(sh);
if (old_shadow != cs->shadow)
{
have_pixels_changed = True;
}
} /* user specified */
else if (sh == NULL)
{
Pixel old_shadow = cs->shadow;
PictureFreeColors(dpy, Pcmap, &cs->shadow, 1, 0, True);
cs->shadow = GetShadow(cs->bg);
if (old_shadow != cs->shadow)
{
have_pixels_changed = True;
}
}
} /* has_sh_changed */
/*
* ---------- change the shadow foreground colour ----------
*/
if (has_fgsh_changed ||
((has_fg_changed || has_bg_changed) &&
!(cs->color_flags & FGSH_SUPPLIED)))
{
has_fgsh_changed = 1;
if ((cs->color_flags & FGSH_SUPPLIED) && fgsh != NULL)
{
/* user specified colour */
Pixel old_fgsh = cs->fgsh;
PictureFreeColors(dpy, Pcmap, &cs->fgsh, 1, 0, True);
cs->fgsh = GetColor(fgsh);
if (old_fgsh != cs->fgsh)
{
have_pixels_changed = True;
}
} /* user specified */
else if (fgsh == NULL)
{
Pixel old_fgsh = cs->fgsh;
PictureFreeColors(dpy, Pcmap, &cs->fgsh, 1, 0, True);
cs->fgsh = GetForeShadow(cs->fg, cs->bg);
if (old_fgsh != cs->fgsh)
{
have_pixels_changed = True;
}
}
} /* has_fgsh_changed */
/*
* ------- the pixmap is a bitmap: create here cs->pixmap -------
*/
if (cs->picture != None && pixmap_is_a_bitmap &&
(has_pixmap_changed || has_bg_changed))
{
cs->pixmap = XCreatePixmap(
dpy, win, cs->width, cs->height, Pdepth);
XSetBackground(dpy, gc, cs->bg);
XSetForeground(dpy, gc, cs->fg);
reset_cs_pixmap(cs, gc);
}
/*
* ------- change the masked out parts of the background pixmap -------
*/
if (cs->pixmap != None && cs->pixmap != ParentRelative &&
(!CSETS_IS_TRANSPARENT_ROOT(cs)||
cs->allows_buffered_transparency) &&
(cs->mask != None || cs->alpha_pixmap != None ||
cs->image_alpha_percent < 100 || cs->tint_percent > 0) &&
(has_pixmap_changed || has_bg_changed || has_image_alpha_changed
|| has_tint_changed))
{
/* Now that we know the background colour we can update the
* pixmap background. */
FvwmRenderAttributes fra;
Pixmap temp, mask, alpha;
memset(&fra, 0, sizeof(fra));
temp = XCreatePixmap(dpy, win, cs->width, cs->height, Pdepth);
if (cs->picture != NULL)
{
mask = cs->picture->mask;
alpha = cs->picture->alpha;
}
else
{
mask = None;
alpha = None;
}
XSetForeground(dpy, gc, cs->bg);
XFillRectangle(
dpy, temp, gc, 0, 0, cs->width, cs->height);
fra.mask = FRAM_HAVE_ADDED_ALPHA | FRAM_HAVE_TINT;
fra.added_alpha_percent = cs->image_alpha_percent;
fra.tint = cs->tint;
fra.tint_percent = cs->tint_percent;
PGraphicsRenderPixmaps(
dpy, win, cs->pixmap, mask, alpha, Pdepth, &fra,
temp, gc, Scr.MonoGC, Scr.AlphaGC,
0, 0, cs->width, cs->height,
0, 0, cs->width, cs->height, False);
if (cs->pixmap != root_pic.pixmap)
{
add_to_junk(cs->pixmap);
}
cs->pixmap = temp;
has_pixmap_changed = True;
if (CSETS_IS_TRANSPARENT_ROOT(cs))
{
cs->pixmap_type = PIXMAP_ROOT_PIXMAP_TRAN;
}
} /* has_pixmap_changed */
/*
* ---------- change the icon tint colour ----------
*/
if (has_icon_tint_changed)
{
/* user specified colour */
if (icon_tint != NULL)
{
Pixel old_tint = cs->icon_tint;
PictureFreeColors(
dpy, Pcmap, &cs->icon_tint, 1, 0, True);
cs->icon_tint = GetColor(icon_tint);
if (old_tint != cs->icon_tint)
{
has_icon_pixels_changed = True;
}
}
else
{
/* default */
Pixel old_tint = cs->icon_tint;
PictureFreeColors(
dpy, Pcmap, &cs->icon_tint, 1, 0, True);
cs->icon_tint = GetColor(black);
if (old_tint != cs->icon_tint)
{
has_icon_pixels_changed = True;
}
}
}
/*
* ---------- send new colorset to fvwm and clean up ----------
*/
/* make sure the server has this to avoid races */
XSync(dpy, False);
/* inform modules of the change */
if (have_pixels_changed || has_pixmap_changed || has_shape_changed ||
has_fg_alpha_changed || has_icon_pixels_changed)
{
BroadcastColorset(n);
}
if (fg)
{
free(fg);
}
if (bg)
{
free(bg);
}
if (hi)
{
free(hi);
}
if (sh)
{
free(sh);
}
if (fgsh)
{
free(fgsh);
}
if (tint)
{
free(tint);
}
if (fg_tint)
{
free(fg_tint);
}
if (bg_tint)
{
free(bg_tint);
}
if (icon_tint)
{
free(icon_tint);
}
return;
}
/*
*
* Looks for an application supplied icon window
*
*/
void GetIconWindow(struct icon_info *item)
{
int x, y;
unsigned int bw;
Window Junkroot;
if (!XGetGeometry(
dpy, item->wmhints->icon_window, &Junkroot, &x, &y,
(unsigned int *)&item->icon_w, (unsigned int *)&item->icon_h,
&bw, (unsigned int *)&item->icon_depth))
{
#if 0
fprintf(stderr, "[%s][GetIconWindow] WARN -- '%s' has an "
"invalid icon window hint\n", MyName, item->name);
#endif
/* disable the icon window hint */
item->icon_w = 0;
item->icon_h = 0;
item->wmhints->icon_window = None;
item->wmhints->flags &= ~IconWindowHint;
return;
}
item->icon_pixmap_w = item->wmhints->icon_window;
if (FShapesSupported && (item->wmhints->flags & IconMaskHint))
{
SET_ICON_SHAPED(item, True);
item->icon_maskPixmap = item->wmhints->icon_mask;
}
item->icon_w = min(max_icon_width + icon_relief, item->icon_w);
item->icon_h = min(max_icon_height + icon_relief, item->icon_h);
MyXGrabServer(dpy);
do_allow_bad_access = True;
XReparentWindow(dpy, item->icon_pixmap_w, icon_win, 0, 0);
XSetWindowBorderWidth(dpy, item->icon_pixmap_w, 0);
XSelectInput(dpy, item->icon_pixmap_w, ICON_EVENTS);
XSync(dpy, 0);
do_allow_bad_access = False;
if (was_bad_access)
{
/* give up */
#if 0
fprintf(stderr, "[%s][GetIconWindow] WARN -- BadAcces when "
"reparenting %s icon window\n", MyName, item->name);
#endif
XSelectInput(dpy, item->icon_pixmap_w, NoEventMask);
XUnmapWindow(dpy, item->icon_pixmap_w);
XReparentWindow(dpy, item->icon_pixmap_w, Root, 0, 0);
XUnmapWindow(dpy, item->icon_pixmap_w);
MyXUngrabServer(dpy);
item->icon_pixmap_w = item->wmhints->icon_window = None;
item->wmhints->flags &= ~IconWindowHint;
item->icon_maskPixmap = None;
item->icon_w = 0;
item->icon_h = 0;
was_bad_access = False;
return;
}
MyXUngrabServer(dpy);
SET_ICON_OURS(item, False);
SET_PIXMAP_OURS(item, False);
}
void focus_grab_buttons(FvwmWindow *tmp_win, Bool is_focused)
{
int i;
Bool accepts_input_focus;
Bool do_grab_window = False;
unsigned char grab_buttons = Scr.buttons2grab;
if (!tmp_win || IS_SCHEDULED_FOR_DESTROY(tmp_win))
{
/* It's pointless to grab buttons on dying windows */
return;
}
accepts_input_focus = do_accept_input_focus(tmp_win);
if (HAS_SLOPPY_FOCUS(tmp_win) || HAS_MOUSE_FOCUS(tmp_win) ||
HAS_NEVER_FOCUS(tmp_win))
{
if (DO_RAISE_MOUSE_FOCUS_CLICK(tmp_win) &&
(!is_focused || !is_on_top_of_layer(tmp_win)))
{
grab_buttons = ((1 << NUMBER_OF_MOUSE_BUTTONS) - 1);
do_grab_window = True;
}
}
else if (HAS_CLICK_FOCUS(tmp_win))
{
if (is_focused && !is_on_top_of_layer(tmp_win) &&
DO_NOT_RAISE_CLICK_FOCUS_CLICK(tmp_win) && accepts_input_focus)
{
/* don't grab */
}
else if ((!is_focused || !is_on_top_of_layer(tmp_win)) &&
(!DO_NOT_RAISE_CLICK_FOCUS_CLICK(tmp_win) || accepts_input_focus))
{
grab_buttons = ((1 << NUMBER_OF_MOUSE_BUTTONS) - 1);
do_grab_window = True;
}
}
#if 0
/*
RBW - If we've come here to grab and all buttons are already grabbed,
or to ungrab and none is grabbed, then we've nothing to do.
*/
if ((!is_focused && grab_buttons == tmp_win->grabbed_buttons) ||
(is_focused && ((tmp_win->grabbed_buttons & grab_buttons) == 0)))
{
return;
}
#else
if (grab_buttons != tmp_win->grabbed_buttons)
#endif
{
Bool do_grab;
MyXGrabServer(dpy);
Scr.Ungrabbed = (do_grab_window) ? NULL : tmp_win;
for (i = 0; i < NUMBER_OF_MOUSE_BUTTONS; i++)
{
#if 0
/* RBW - Set flag for grab or ungrab according to how we were called. */
if (!is_focused||1)
{
do_grab = !!(grab_buttons & (1 << i));
}
else
{
do_grab = !(grab_buttons & (1 << i));
}
#else
if ((grab_buttons & (1 << i)) == (tmp_win->grabbed_buttons & (1 << i)))
continue;
do_grab = !!(grab_buttons & (1 << i));
#endif
{
register unsigned int mods;
register unsigned int max = GetUnusedModifiers();
register unsigned int living_modifiers = ~max;
/* handle all bindings for the dead modifiers */
for (mods = 0; mods <= max; mods++)
{
/* Since mods starts with 1 we don't need to test if mods
* contains a dead modifier. Otherwise both, dead and living
* modifiers would be zero ==> mods == 0 */
if (!(mods & living_modifiers))
{
if (do_grab)
{
XGrabButton(
dpy, i + 1, mods, tmp_win->Parent, True, ButtonPressMask,
GrabModeSync, GrabModeAsync, None, None);
/* Set each FvwmWindow flag accordingly, as we grab or ungrab. */
tmp_win->grabbed_buttons |= (1<<i);
}
else
{
XUngrabButton(dpy, (i+1), mods, tmp_win->Parent);
tmp_win->grabbed_buttons &= ~(1<<i);
}
}
} /* for */
}
} /* for */
MyXUngrabServer (dpy);
}
return;
}
/******************************************************************************
AdjustWindow - Resize the window according to maxwidth by number of buttons
******************************************************************************/
void AdjustWindow(void)
{
int new_width=0,new_height=0,tw,i,total,off_x,off_y;
char *temp;
Window frame;
XWindowAttributes win_attr, frame_attr;
total = ItemCountD(&windows );
if (!total)
{
if (WindowIsUp==1)
{
XUnmapWindow(dpy,win);
WindowIsUp=2;
}
return;
}
for(i=0; i<total; i++)
{
temp=ItemName(&windows,i);
if(temp != NULL)
{
tw=10+XTextWidth(ButtonFont,temp,strlen(temp));
tw+=XTextWidth(ButtonFont,"()",2);
#ifdef MINI_ICONS
tw+=14; /* for title icon */ /* Magic Number ? */
#endif
new_width=max(new_width,tw);
}
}
new_width=max(new_width, MinWidth);
new_width=min(new_width, MaxWidth);
new_height=(total*(fontheight+6+1));
if (WindowIsUp && (new_height!=win_height || new_width!=win_width))
{
if (Anchor)
{
off_x = off_y = 0;
MyXGrabServer(dpy);
frame = find_frame_window(win, &off_x, &off_y);
XGetWindowAttributes(dpy, frame, &frame_attr);
XGetWindowAttributes(dpy, win, &win_attr);
win_x = frame_attr.x + frame_attr.border_width + off_x;
win_y = frame_attr.y + frame_attr.border_width + off_y;
if (win_grav == SouthEastGravity || win_grav == NorthEastGravity)
win_x += win_attr.width - new_width;
if (win_grav == SouthEastGravity || win_grav == SouthWestGravity)
win_y += win_attr.height - new_height;
XMoveResizeWindow(dpy, win, win_x, win_y, new_width, new_height);
MyXUngrabServer(dpy);
}
else
XResizeWindow(dpy, win, new_width, new_height);
}
UpdateArray(&buttons,-1,-1,new_width,-1);
if (new_height>0) win_height = new_height;
if (new_width>0) win_width = new_width;
if (WindowIsUp==2)
{
XMapWindow(dpy,win);
WindowIsUp=1;
WaitForExpose();
}
}
/***********************************************************************
*
* Procedure:
* HandleUnmapNotify - UnmapNotify event handler
*
************************************************************************/
void HandleUnmapNotify()
{
int dstx, dsty;
Window dumwin;
XEvent dummy;
extern FvwmWindow *colormap_win;
int weMustUnmap;
DBUG("HandleUnmapNotify","Routine Entered");
/*
* Don't ignore events as described below.
*/
if((Event.xunmap.event != Event.xunmap.window) &&
(Event.xunmap.event != Scr.Root || !Event.xunmap.send_event))
{
return;
}
/*
* The July 27, 1988 ICCCM spec states that a client wishing to switch
* to WithdrawnState should send a synthetic UnmapNotify with the
* event field set to (pseudo-)root, in case the window is already
* unmapped (which is the case for fvwm for IconicState). Unfortunately,
* we looked for the FvwmContext using that field, so try the window
* field also.
*/
weMustUnmap = 0;
if (!Tmp_win)
{
Event.xany.window = Event.xunmap.window;
weMustUnmap = 1;
if (XFindContext(dpy, Event.xany.window,
FvwmContext, (caddr_t *)&Tmp_win) == XCNOENT)
Tmp_win = NULL;
}
if(!Tmp_win)
return;
if(weMustUnmap)
XUnmapWindow(dpy, Event.xunmap.window);
if(Tmp_win == Scr.Hilite)
Scr.Hilite = NULL;
if(Scr.PreviousFocus == Tmp_win)
Scr.PreviousFocus = NULL;
if((Tmp_win == Scr.Focus)&&(Tmp_win->flags & ClickToFocus))
{
if(Tmp_win->next)
{
HandleHardFocus(Tmp_win->next);
}
else
SetFocus(Scr.NoFocusWin,NULL,1);
}
if(Scr.Focus == Tmp_win)
SetFocus(Scr.NoFocusWin,NULL,1);
if(Tmp_win == Scr.pushed_window)
Scr.pushed_window = NULL;
if(Tmp_win == colormap_win)
colormap_win = NULL;
if ((!(Tmp_win->flags & MAPPED)&&!(Tmp_win->flags&ICONIFIED)))
{
return;
}
MyXGrabServer(dpy);
if(XCheckTypedWindowEvent (dpy, Event.xunmap.window, DestroyNotify,&dummy))
{
Destroy(Tmp_win);
MyXUngrabServer (dpy);
return;
}
/*
* The program may have unmapped the client window, from either
* NormalState or IconicState. Handle the transition to WithdrawnState.
*
* We need to reparent the window back to the root (so that fvwm exiting
* won't cause it to get mapped) and then throw away all state (pretend
* that we've received a DestroyNotify).
*/
if (XTranslateCoordinates (dpy, Event.xunmap.window, Scr.Root,
0, 0, &dstx, &dsty, &dumwin))
{
XEvent ev;
Bool reparented;
reparented = XCheckTypedWindowEvent (dpy, Event.xunmap.window,
ReparentNotify, &ev);
SetMapStateProp (Tmp_win, WithdrawnState);
if (reparented)
{
if (Tmp_win->old_bw)
XSetWindowBorderWidth (dpy, Event.xunmap.window, Tmp_win->old_bw);
if((!(Tmp_win->flags & SUPPRESSICON))&&
(Tmp_win->wmhints && (Tmp_win->wmhints->flags & IconWindowHint)))
XUnmapWindow (dpy, Tmp_win->wmhints->icon_window);
}
else
{
RestoreWithdrawnLocation (Tmp_win,False);
}
XRemoveFromSaveSet (dpy, Event.xunmap.window);
XSelectInput (dpy, Event.xunmap.window, NoEventMask);
Destroy(Tmp_win); /* do not need to mash event before */
/*
* Flush any pending events for the window.
*/
/* Bzzt! it could be about to re-map */
/* while(XCheckWindowEvent(dpy, Event.xunmap.window,
StructureNotifyMask | PropertyChangeMask |
ColormapChangeMask | VisibilityChangeMask |
EnterWindowMask | LeaveWindowMask, &dummy));
*/
} /* else window no longer exists and we'll get a destroy notify */
MyXUngrabServer(dpy);
XFlush (dpy);
}
/***********************************************************************
*
* Procedure:
* HandleMapNotify - MapNotify event handler
*
***********************************************************************/
void HandleMapNotify()
{
Boolean OnThisPage = False;
DBUG("HandleMapNotify","Routine Entered");
if (!Tmp_win)
{
if((Event.xmap.override_redirect == True)&&
(Event.xmap.window != Scr.NoFocusWin))
{
XSelectInput(dpy,Event.xmap.window,FocusChangeMask);
Scr.UnknownWinFocused = Event.xmap.window;
}
return;
}
/* Except for identifying over-ride redirect window mappings, we
* don't need or want windows associated with the sunstructurenotifymask */
if(Event.xmap.event != Event.xmap.window)
return;
/*
Make sure at least part of window is on this page
before giving it focus...
*/
if ( (Tmp_win->Desk == Scr.CurrentDesk) &&
( ((Tmp_win->frame_x + Tmp_win->frame_width) >= 0 &&
Tmp_win->frame_x < Scr.MyDisplayWidth) &&
((Tmp_win->frame_y + Tmp_win->frame_height) >= 0 &&
Tmp_win->frame_y < Scr.MyDisplayHeight)
)
)
{
OnThisPage = True;
}
/*
* Need to do the grab to avoid race condition of having server send
* MapNotify to client before the frame gets mapped; this is bad because
* the client would think that the window has a chance of being viewable
* when it really isn't.
*/
MyXGrabServer (dpy);
if (Tmp_win->icon_w)
XUnmapWindow(dpy, Tmp_win->icon_w);
if(Tmp_win->icon_pixmap_w != None)
XUnmapWindow(dpy, Tmp_win->icon_pixmap_w);
XMapSubwindows(dpy, Tmp_win->frame);
if(Tmp_win->Desk == Scr.CurrentDesk)
{
XMapWindow(dpy, Tmp_win->frame);
}
if(Tmp_win->flags & ICONIFIED)
BroadcastPacket(M_DEICONIFY, 3,
Tmp_win->w, Tmp_win->frame, (unsigned long)Tmp_win);
else
BroadcastPacket(M_MAP, 3,
Tmp_win->w,Tmp_win->frame, (unsigned long)Tmp_win);
if((Tmp_win->flags & ClickToFocus)&&
((!Scr.Focus)||(Scr.Focus->flags & ClickToFocus)))
{
if (OnThisPage)
{
SetFocus(Tmp_win->w,Tmp_win,1);
}
}
if((!(Tmp_win->flags &(BORDER|TITLE)))&&(Tmp_win->boundary_width <2))
{
SetBorder(Tmp_win,False,True,True,Tmp_win->frame);
}
XSync(dpy,0);
MyXUngrabServer (dpy);
XFlush (dpy);
Tmp_win->flags |= MAPPED;
Tmp_win->flags &= ~MAP_PENDING;
Tmp_win->flags &= ~ICONIFIED;
Tmp_win->flags &= ~ICON_UNMAPPED;
KeepOnTop();
}
void HandleMapRequestKeepRaised(Window KeepRaised)
{
extern long isIconicState;
extern Boolean PPosOverride;
Boolean OnThisPage = False;
Event.xany.window = Event.xmaprequest.window;
if(XFindContext(dpy, Event.xany.window, FvwmContext,
(caddr_t *)&Tmp_win)==XCNOENT)
Tmp_win = NULL;
if(!PPosOverride)
XFlush(dpy);
/* If the window has never been mapped before ... */
if(!Tmp_win)
{
/* Add decorations. */
Tmp_win = AddWindow(Event.xany.window);
if (Tmp_win == NULL)
return;
}
/*
Make sure at least part of window is on this page
before giving it focus...
*/
if ( (Tmp_win->Desk == Scr.CurrentDesk) &&
( ((Tmp_win->frame_x + Tmp_win->frame_width) >= 0 &&
Tmp_win->frame_x < Scr.MyDisplayWidth) &&
((Tmp_win->frame_y + Tmp_win->frame_height) >= 0 &&
Tmp_win->frame_y < Scr.MyDisplayHeight)
)
)
{
OnThisPage = True;
}
if(KeepRaised != None)
XRaiseWindow(dpy,KeepRaised);
/* If it's not merely iconified, and we have hints, use them. */
if (!(Tmp_win->flags & ICONIFIED))
{
int state;
if(Tmp_win->wmhints && (Tmp_win->wmhints->flags & StateHint))
state = Tmp_win->wmhints->initial_state;
else
state = NormalState;
if(Tmp_win->flags & STARTICONIC)
state = IconicState;
if(isIconicState != DontCareState)
state = isIconicState;
MyXGrabServer(dpy);
switch (state)
{
case DontCareState:
case NormalState:
case InactiveState:
default:
if (Tmp_win->Desk == Scr.CurrentDesk)
{
XMapWindow(dpy, Tmp_win->w);
XMapWindow(dpy, Tmp_win->frame);
Tmp_win->flags |= MAP_PENDING;
SetMapStateProp(Tmp_win, NormalState);
if((Tmp_win->flags & ClickToFocus)&&
((!Scr.Focus)||(Scr.Focus->flags & ClickToFocus)))
{
if (OnThisPage)
{
SetFocus(Tmp_win->w,Tmp_win,1);
}
}
}
else
{
XMapWindow(dpy, Tmp_win->w);
SetMapStateProp(Tmp_win, NormalState);
}
break;
case IconicState:
if (Tmp_win->wmhints)
{
Iconify(Tmp_win,
Tmp_win->wmhints->icon_x, Tmp_win->wmhints->icon_y);
}
else
{
Iconify(Tmp_win, 0, 0);
}
break;
}
if(!PPosOverride)
XSync(dpy,0);
MyXUngrabServer(dpy);
}
/* If no hints, or currently an icon, just "deiconify" */
else
{
DeIconify(Tmp_win);
}
if(!PPosOverride)
KeepOnTop();
}