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Allow windows that are too tall for the workarea to break the onscreen

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2003-08-14  Rob Adams  <robadams@ucla.edu>

	Allow windows that are too tall for the workarea to break the
	onscreen constraints just enough so that their bottom edges can be
	made visible.  Fix for #106740.  Also, changes constraints to
	constrain the resize and then the move to avoid complexities in
	the code for the above fix.

	* src/constraints.c (get_outermost_onscreen_positions)
	Compute the "effective" height of the work area and the minimum
	size for the window to compute a value by which a window is
	allowed to violate the top constraint.
	(meta_window_constrain): convert to a resize then a move instead
	of a move then resize.
This commit is contained in:
Rob Adams 2003-08-15 01:07:58 +00:00 committed by Rob Adams
parent 32a587e4a3
commit 60a453f5a0
2 changed files with 98 additions and 47 deletions
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15
ChangeLog
View File

@ -1,3 +1,18 @@
2003-08-14 Rob Adams <robadams@ucla.edu>
Allow windows that are too tall for the workarea to break the
onscreen constraints just enough so that their bottom edges can be
made visible. Fix for #106740. Also, changes constraints to
constrain the resize and then the move to avoid complexities in
the code for the above fix.
* src/constraints.c (get_outermost_onscreen_positions)
Compute the "effective" height of the work area and the minimum
size for the window to compute a value by which a window is
allowed to violate the top constraint.
(meta_window_constrain): convert to a resize then a move instead
of a move then resize.
2003-08-13 Rob Adams <robadams@ucla.edu>
* configure.in: remove metacity.spec from AC_OUTPUT

130
src/constraints.c
View File

@ -351,15 +351,16 @@ get_outermost_onscreen_positions (MetaWindow *window,
const MetaRectangle *orig,
int delta_x,
int delta_y,
int *leftmost_x,
int *rightmost_x,
int *topmost_y,
int *bottommost_y)
int *leftmost_x_p,
int *rightmost_x_p,
int *topmost_y_p,
int *bottommost_y_p)
{
GList *workspaces;
GList *tmp;
GSList *stmp;
MetaRectangle current;
int bottommost_y;
/* to handle struts, we get the list of workspaces for the window
* and traverse all the struts in each of the cached strut lists for
@ -375,9 +376,9 @@ get_outermost_onscreen_positions (MetaWindow *window,
workspaces = meta_window_get_workspaces (window);
tmp = workspaces;
if (leftmost_x)
if (leftmost_x_p)
{
*leftmost_x = info->nw_x;
*leftmost_x_p = info->nw_x;
while (tmp)
{
stmp = ((MetaWorkspace*) tmp->data)->left_struts;
@ -392,7 +393,7 @@ get_outermost_onscreen_positions (MetaWindow *window,
((current.y >= rect->y) &&
(current.y <= rect->y + rect->height)))
{
*leftmost_x = MAX (*leftmost_x, rect->width);
*leftmost_x_p = MAX (*leftmost_x_p, rect->width);
}
stmp = stmp->next;
@ -401,14 +402,14 @@ get_outermost_onscreen_positions (MetaWindow *window,
tmp = tmp->next;
}
*leftmost_x = *leftmost_x - current.width +
*leftmost_x_p = *leftmost_x_p - current.width +
MIN (TITLEBAR_LENGTH_ONSCREEN, current.width);
}
tmp = workspaces;
if (rightmost_x)
if (rightmost_x_p)
{
*rightmost_x = info->se_x;
*rightmost_x_p = info->se_x;
while (tmp)
{
stmp = ((MetaWorkspace*) tmp->data)->right_struts;
@ -423,7 +424,7 @@ get_outermost_onscreen_positions (MetaWindow *window,
((current.y >= rect->y) &&
(current.y <= rect->y + rect->height)))
{
*rightmost_x = MIN (*rightmost_x, rect->x);
*rightmost_x_p = MIN (*rightmost_x_p, rect->x);
}
stmp = stmp->next;
@ -432,14 +433,14 @@ get_outermost_onscreen_positions (MetaWindow *window,
tmp = tmp->next;
}
*rightmost_x = *rightmost_x -
*rightmost_x_p = *rightmost_x_p -
MIN (TITLEBAR_LENGTH_ONSCREEN, current.width);
}
tmp = workspaces;
if (topmost_y)
if (topmost_y_p)
{
*topmost_y = info->nw_y;
*topmost_y_p = info->nw_y;
while (tmp)
{
stmp = ((MetaWorkspace*) tmp->data)->top_struts;
@ -449,10 +450,10 @@ get_outermost_onscreen_positions (MetaWindow *window,
/* here the strut matters if the titlebar is overlapping
* the window horizontally
*/
if ((current.x <= rect->x + rect->width) &&
(current.x + current.width >= rect->x))
if ((current.x <= rect->x + rect->width) &&
(current.x + current.width >= rect->x))
{
*topmost_y = MAX (*topmost_y, rect->height);
*topmost_y_p = MAX (*topmost_y_p, rect->height);
}
stmp = stmp->next;
@ -461,13 +462,14 @@ get_outermost_onscreen_positions (MetaWindow *window,
tmp = tmp->next;
}
*topmost_y = *topmost_y + info->fgeom.top_height;
*topmost_y_p = *topmost_y_p + info->fgeom.top_height;
}
tmp = workspaces;
if (bottommost_y)
bottommost_y = G_MAXUSHORT;
if (bottommost_y_p || topmost_y_p)
{
*bottommost_y = info->se_y;
bottommost_y = info->se_y;
while (tmp)
{
stmp = ((MetaWorkspace*) tmp->data)->bottom_struts;
@ -477,10 +479,10 @@ get_outermost_onscreen_positions (MetaWindow *window,
/* here the strut matters if the titlebar is overlapping
* the window horizontally
*/
if ((current.x <= rect->x + rect->width) &&
(current.x + current.width >= rect->x))
if ((current.x <= rect->x + rect->width) &&
(current.x + current.width >= rect->x))
{
*bottommost_y = MIN (*bottommost_y, rect->y);
bottommost_y = MIN (bottommost_y, rect->y);
}
stmp = stmp->next;
@ -488,14 +490,49 @@ get_outermost_onscreen_positions (MetaWindow *window,
tmp = tmp->next;
}
}
if (bottommost_y_p)
{
*bottommost_y_p = bottommost_y;
/* If no frame, keep random TITLEBAR_LENGTH_ONSCREEN pixels on the
* screen.
*/
if (!window->frame)
*bottommost_y = *bottommost_y -
*bottommost_y_p = *bottommost_y_p -
MIN (TITLEBAR_LENGTH_ONSCREEN, current.height);
}
/* if the window has a minimum size too big for the "effective" work
* area let it "cheat" a little by allowing a user to move it up so
* that you can see the bottom of the window.
*/
if (topmost_y_p)
{
int minheight;
if (window->frame)
{
/* this is the "normal" case of, e.g. a dialog that's
* just too big for the work area
*/
minheight = window->frame->bottom_height +
window->size_hints.min_height;
}
else
{
/* let frameless windows move offscreen is too large for the
* effective work area. This may include windows that try
* to make themselves full screen by removing the
* decorations and repositioning themselves.
*/
minheight = orig->height;
}
if (minheight > (bottommost_y - *topmost_y_p))
*topmost_y_p = bottommost_y - minheight;
}
}
static void
@ -1261,7 +1298,6 @@ meta_window_constrain (MetaWindow *window,
info.window = window;
info.xinerama = meta_screen_get_xinerama_for_window (window->screen,
window);
/* Init info->nw_x etc. */
update_position_limits (window, &info);
@ -1314,8 +1350,8 @@ meta_window_constrain (MetaWindow *window,
meta_window_maximize_internal (window, new);
}
/* Maximization, fullscreen, etc. are defined as a move followed by
* a resize, as explained in one of the big comments at the top of
/* Maximization, fullscreen, etc. are defined as a resize followed by
* a move, as explained in one of the big comments at the top of
* this file.
*/
if (window->fullscreen)
@ -1325,13 +1361,6 @@ meta_window_constrain (MetaWindow *window,
center_x = info.xinerama->x_origin + (info.xinerama->width / 2);
center_x -= OUTER_WIDTH (current) / 2;
constrain_move (window, &info, &current,
center_x - current.x + info.fgeom.left_width,
info.xinerama->y_origin - current.y + info.fgeom.top_height,
new);
current = *new;
constrain_resize_bottom (window, &info, &current,
(info.xinerama->height - OUTER_HEIGHT (current)),
new);
@ -1342,6 +1371,13 @@ meta_window_constrain (MetaWindow *window,
(info.xinerama->width - OUTER_WIDTH (current)) / 2,
new);
current = *new;
constrain_move (window, &info, &current,
center_x - current.x + info.fgeom.left_width,
info.xinerama->y_origin - current.y + info.fgeom.top_height,
new);
current = *new;
}
else if (window->maximized)
{
@ -1350,13 +1386,6 @@ meta_window_constrain (MetaWindow *window,
center_x = info.work_area_xinerama.x + (info.work_area_xinerama.width / 2);
center_x -= OUTER_WIDTH (current) / 2;
constrain_move (window, &info, &current,
center_x - current.x + info.fgeom.left_width,
info.work_area_xinerama.y - current.y + info.fgeom.top_height,
new);
current = *new;
constrain_resize_bottom (window, &info, &current,
(info.work_area_xinerama.height - OUTER_HEIGHT (current)),
new);
@ -1367,15 +1396,16 @@ meta_window_constrain (MetaWindow *window,
(info.work_area_xinerama.width - OUTER_WIDTH (current)) / 2,
new);
current = *new;
}
else
{
constrain_move (window, &info, &current,
x_move_delta, y_move_delta,
center_x - current.x + info.fgeom.left_width,
info.work_area_xinerama.y - current.y + info.fgeom.top_height,
new);
current = *new;
}
else
{
switch (x_direction)
{
case META_RESIZE_LEFT_OR_TOP:
@ -1409,6 +1439,12 @@ meta_window_constrain (MetaWindow *window,
}
current = *new;
constrain_move (window, &info, &current,
x_move_delta, y_move_delta,
new);
current = *new;
}
/* Now we have to sort out the aspect ratio */