static int
lWindowShouldClose(lua_State *L) {
GLFWwindow * window = getwindow(L);
lua_pushboolean(L, glfwWindowShouldClose(window));
return 1;
}
void
resize(void)
{
Rectangle old, r;
int dxo, dyo, dxn, dyn;
Win *w;
old = screen->r;
dxo = Dx(old);
dyo = Dy(old);
if(getwindow(display, Refnone) < 0)
sysfatal("resize failed: %r");
dxn = Dx(screen->r);
dyn = Dy(screen->r);
freescreen(scr);
scr = allocscreen(screen, display->white, 0);
if(scr == nil)
sysfatal("allocscreen: %r");
for(w = wlist.next; w != &wlist; w = w->next){
r = rectsubpt(w->entire, old.min);
r.min.x = muldiv(r.min.x, dxn, dxo);
r.max.x = muldiv(r.max.x, dxn, dxo);
r.min.y = muldiv(r.min.y, dyn, dyo);
r.max.y = muldiv(r.max.y, dyn, dyo);
w->entire = rectaddpt(r, screen->r.min);
w->inner = insetrect(w->entire, BORDSIZ);
freeimage(w->im);
w->im = allocwindow(scr, w->entire, Refbackup, 0);
if(w->im == nil)
sysfatal("allocwindow: %r");
draw(w->im, w->inner, w->tab->cols[BACK], nil, ZP);
border(w->im, w->entire, BORDSIZ, w->tab->cols[w == actw ? BORD : DISB], ZP);
w->tab->draw(w);
}
}
static int
lSwapBuffers(lua_State *L) {
GLFWwindow * window = getwindow(L);
glfwSwapBuffers(window);
return 0;
}
static int
lDestroyWindow(lua_State *L) {
GLFWwindow * window = getwindow(L);
glfwDestroyWindow(window);
return 0;
}
void xmms_fullscreen_leave(GtkWidget * win)
{
fullscreen_window_t *fwin;
FULL_LOCK();
fwin = getwindow(win);
if (fwin->is_full && fwin->display->is_full)
{
/* Release our grabs */
gdk_pointer_ungrab(GDK_CURRENT_TIME);
gdk_keyboard_ungrab(GDK_CURRENT_TIME);
/* Let the WM manage this window again */
gdk_window_hide(fwin->window->window);
gdk_window_set_override_redirect(fwin->window->window, FALSE);
gdk_window_show(fwin->window->window);
/* Restore size/position */
gdk_window_move_resize(fwin->window->window, fwin->ox, fwin->oy,
fwin->owidth, fwin->oheight);
XF86VidModeSwitchToMode(fwin->display->display,
DefaultScreen(fwin->display->display),
fwin->display->origmode);
fwin->display->is_full = FALSE;
}
fwin->is_full = FALSE;
FULL_UNLOCK();
}
/* Retrieve pending events, and return the number of events */
static int getPendingEvents(void) {
int count = 0;
while (1) {
Mouse mouse;
Rune rune;
int charCode, modifiers;
int mouse_event = nbrecv(mousectl->c, (void*)&mouse);
int resize_event = nbrecv(mousectl->resizec, NULL);
int kbd_event = nbrecv(keyboardctl->c, (void*)&rune);
if (mouse_event) {
//Process mouse event
mouse_position.x = mouse.xy.x - screen->r.min.x;
mouse_position.y = mouse.xy.y - screen->r.min.y;
mouse_button_state = mouse.buttons;
qlock(&evt_buf_lock);
if ((evts_end+2)%EVT_BUFFER_SIZE != evts_start) {
sqMouseEvent* evt = (sqMouseEvent*)&evts[evts_end++];
evts_end %= EVT_BUFFER_SIZE;
evt->type = EventTypeMouse;
evt->timeStamp = ioMSecs();
evt->x = mouse_position.x;
evt->y = mouse_position.y;
evt->buttons = ioGetButtonState();
evt->modifiers = 0;
evt->reserved1 = evt->windowIndex = 0;
count++;
}
qunlock(&evt_buf_lock);
}
if (resize_event) {
getwindow(display, Refnone);
fullDisplayUpdate();
}
if (kbd_event && splitRune(rune, &charCode, &modifiers)) {
//Process keyboard event
qlock(&evt_buf_lock);
if ((evts_end+2)%EVT_BUFFER_SIZE != evts_start) {
sqKeyboardEvent* evt = (sqKeyboardEvent*)&evts[evts_end++];
evts_end %= EVT_BUFFER_SIZE;
evt->type = EventTypeKeyboard;
evt->timeStamp = ioMSecs();
evt->pressCode = EventKeyChar;
evt->charCode = charCode;
evt->modifiers = modifiers;
evt->reserved1 = evt->windowIndex = 0;
count++;
}
qunlock(&evt_buf_lock);
}
if (!(resize_event || kbd_event || mouse_event))
break;
}
return count;
}
gboolean xmms_fullscreen_init(GtkWidget * win)
{
int event_base, error_base, dummy;
fullscreen_window_t *fwin;
gint i;
XF86VidModeModeLine origmode;
FULL_LOCK();
fwin = getwindow(win);
if (!XF86VidModeQueryExtension
(fwin->display->display, &event_base, &error_base))
{
FULL_UNLOCK();
return FALSE;
}
if (!fwin->display->modes)
{
XF86VidModeGetAllModeLines(fwin->display->display,
DefaultScreen(fwin->display->display),
&fwin->display->num_modes,
&fwin->display->modes);
if (!fwin->display->origmode)
{
XF86VidModeGetModeLine(fwin->display->display,
DefaultScreen(fwin->display->display),
&dummy, &origmode);
for (i = 0; i < fwin->display->num_modes; i++)
{
if (fwin->display->modes[i]->hdisplay ==
origmode.hdisplay
&& fwin->display->modes[i]->vdisplay ==
origmode.vdisplay)
{
fwin->display->origmode =
fwin->display->modes[i];
break;
}
}
if (!fwin->display->origmode)
{
fprintf(stderr,
"ERROR: Could not determine original mode.\n");
FULL_UNLOCK();
return FALSE;
}
}
fwin->display->can_full = (fwin->display->num_modes > 1);
}
FULL_UNLOCK();
return fwin->display->can_full;
}
static int
lMakeContextCurrent(lua_State *L) {
GLFWwindow * window = getwindow(L);
glfwMakeContextCurrent(window);
if (!gladLoadGLLoader((GLADloadproc) glfwGetProcAddress)) {
return luaL_error(L, "Can't load GL");
}
return 0;
}
gboolean xmms_fullscreen_in(GtkWidget * win)
{
fullscreen_window_t *fwin;
FULL_LOCK();
fwin = getwindow(win);
FULL_UNLOCK();
if (fwin->display->is_full)
return TRUE;
else
return FALSE;
}
void
resizethread(void *v)
{
USED(v);
while(recv(mc->resizec, 0) == 1){
lockdisplay(display);
if(getwindow(display, Refnone) < 0)
sysfatal("attach to window: %r");
resize();
unlockdisplay(display);
}
}
void xmms_fullscreen_unmark(GtkWidget * win)
{
fullscreen_window_t *fwin;
FULL_LOCK();
fwin = getwindow(win);
if (fwin->is_full)
{
fwin->is_full = FALSE;
fwin->display->is_full = FALSE;
}
FULL_UNLOCK();
}
/* called from graphics library */
void
eresized(int callgetwin)
{
needresize = callgetwin + 1;
/* new window? */
/* was using Refmesg */
if (needresize > 1 && getwindow(display, Refnone) < 0)
sysfatal("can't reattach to window: %r");
/* destroyed window? */
if (Dx(screen->r) == 0 || Dy(screen->r) == 0)
exits("window gone");
reshape();
}
static WINDOW *
create_my_derwin(WINDOW *parent)
{
PAIR ul, lr;
WINDOW *result = 0;
if (getwindow(parent, &ul, &lr)) {
result = derwin(parent, lines_of(ul, lr), cols_of(ul, lr), pair_of(ul));
if (result != 0) {
fill_window(result, 'd');
add_window(parent, result);
}
}
if (result == 0)
result = parent;
return result;
}
static WINDOW *
create_my_window(WINDOW *current)
{
PAIR ul, lr;
WINDOW *result = 0;
if (getwindow(stdscr, &ul, &lr)) {
result = newwin(lines_of(ul, lr), cols_of(ul, lr), pair_of(ul));
if (result != 0) {
fill_window(result, 'c');
add_window(stdscr, result);
}
}
if (result == 0)
result = current;
return result;
}
struct CACHE *viocmanager(struct CACHE * cacheobj)
{
register struct VIOC *vioc = (struct VIOC *) cacheobj;
if (vioc->cache.status & CACHE_MODIFIED) {
register int length = VIOC_CHUNKSIZE;
register struct FCB *fcb = vioc->fcb;
register unsigned base = vioc->cache.keyval;
register char *address = (char *) vioc->data;
printf("\nviocmanager writing vbn %d\n",base);
cachetouch(&fcb->cache);
do {
register unsigned sts;
unsigned rvn,mapblk,maplen;
register struct VCBDEV *vcbdev;
if (fcb->highwater > 0 && base >= fcb->highwater) break;
sts = getwindow(fcb,base,&rvn,&mapblk,&maplen);
if (sts & 1) {
if (maplen > (unsigned)length) maplen = length;
if (fcb->highwater > 0 && base + maplen > fcb->highwater) {
maplen = fcb->head->fh2$l_highwater - base;
}
if (rvn > fcb->vcb->devices) {
sts = SS$_NOSUCHFILE;
} else {
if (rvn < 2) {
vcbdev = fcb->vcb->vcbdev;
} else {
vcbdev = &fcb->vcb->vcbdev[rvn - 1];
}
if (vcbdev->dev == NULL) return NULL;
sts = phyio_write(vcbdev->dev->handle,mapblk,maplen * 512,address);
}
}
if ((sts & 1) == 0) {
return NULL;
}
length -= maplen;
base += maplen;
address += maplen * 512;
} while (length > 0);
cacheuntouch(&fcb->cache,1,0);
cacheobj->status &= ~CACHE_MODIFIED;
}
return cacheobj;
}
gboolean xmms_fullscreen_mark(GtkWidget * win)
{
fullscreen_window_t *fwin;
FULL_LOCK();
fwin = getwindow(win);
if (fwin->display->is_full)
{
FULL_UNLOCK();
return FALSE;
}
else
{
fwin->is_full = TRUE;
fwin->display->is_full = TRUE;
FULL_UNLOCK();
return TRUE;
}
}
GSList *xmms_fullscreen_modelist(GtkWidget * win)
{
fullscreen_window_t *fwin;
xmms_fullscreen_mode_t *ent;
GSList *retlist = NULL;
int i;
FULL_LOCK();
fwin = getwindow(win);
for (i = 0; i < fwin->display->num_modes; i++)
{
ent = g_malloc(sizeof (*ent));
ent->width = fwin->display->modes[i]->hdisplay;
ent->height = fwin->display->modes[i]->vdisplay;
retlist = g_slist_append(retlist, ent);
}
FULL_UNLOCK();
return retlist;
}
static WINDOW *
create_my_subwin(WINDOW *parent)
{
PAIR ul, lr;
WINDOW *result = 0;
if (getwindow(parent, &ul, &lr)) {
result = subwin(parent,
lines_of(ul, lr),
cols_of(ul, lr),
ul.y + getbegy(parent),
ul.x + getbegx(parent));
if (result != 0) {
fill_window(result, 's');
add_window(parent, result);
}
}
if (result == 0)
result = parent;
return result;
}
static void
resize(Vnc *v, int first)
{
int fd;
Point d;
d = addpt(v->dim, Pt(2*Borderwidth, 2*Borderwidth));
lockdisplay(display);
if(getwindow(display, Refnone) < 0)
sysfatal("internal error: can't get the window image");
/*
* limit the window to at most the vnc server's size
*/
if(first || d.x < Dx(screen->r) || d.y < Dy(screen->r)) {
fd = open("/dev/wctl", OWRITE);
if(fd >= 0) {
fprint(fd, "resize -dx %d -dy %d", d.x, d.y);
close(fd);
}
}
unlockdisplay(display);
}
unsigned deallocfile(struct FCB *fcb)
{
register unsigned sts = 1;
/*
First mark all file clusters as free in BITMAP.SYS
*/
register unsigned vbn = 1;
while (vbn <= fcb->hiblock) {
register unsigned sts;
unsigned rvn,mapblk,maplen;
register struct VCBDEV *vcbdev;
sts = getwindow(fcb,vbn,&rvn,&mapblk,&maplen);
if ((sts & 1) == 0) break;
if (rvn > fcb->vcb->devices) break;
if (rvn < 2) {
vcbdev = fcb->vcb->vcbdev;
} else {
vcbdev = &fcb->vcb->vcbdev[rvn - 1];
}
if (vcbdev->dev == NULL) {
break;
} else {
unsigned *bitmap,blkcount,modmask;
struct VIOC *vioc;
register unsigned clustersz = vcbdev->home.hm2$w_cluster;
register unsigned clusterno = mapblk / clustersz;
sts = accesschunk(vcbdev->mapfcb,clusterno / 4096 + 2,
&vioc,(char **) &bitmap,&blkcount,1,&modmask);
if (sts & 1) {
register unsigned wordno = (clusterno % 4096) / (sizeof(unsigned) * 8);
register unsigned bitno = clusterno % (sizeof(unsigned) * 8);
do {
register unsigned mask = 1 << bitno;
vbn += clustersz;
maplen -= clustersz;
while (maplen > 0 && ++bitno < (sizeof(unsigned) * 8)) {
mask |= (mask << 1);
vbn += clustersz;
maplen -= clustersz;
}
bitmap[wordno++] |= mask;
bitno = 0;
} while (maplen > 0 && wordno < blkcount / (sizeof(unsigned) * 8));
sts = deaccesschunk(vioc,modmask,1);
}
}
}
/*
Now reset file header bit map in INDEXF.SYS and
update each of the file headers...
*/
{
unsigned rvn = fcb->rvn;
unsigned modmask = fcb->modmask;
struct HEAD *head = fcb->head;
struct VIOC *headvioc = fcb->headvioc;
do {
struct fiddef extfid;
register struct VCBDEV *vcbdev;
if (rvn > fcb->vcb->devices) break;
if (rvn < 2) {
vcbdev = fcb->vcb->vcbdev;
} else {
vcbdev = &fcb->vcb->vcbdev[rvn - 1];
}
if (vcbdev->dev == NULL) {
break;
} else {
unsigned *bitmap,viocmask;
struct VIOC *vioc;
register unsigned fileno = (head->fh2$w_fid.fid$b_nmx << 16) +
head->fh2$w_fid.fid$w_num - 1;
register unsigned idxblk = fileno / 4096 +
vcbdev->home.hm2$w_cluster * 4 + 1;
sts = accesschunk(vcbdev->idxfcb,idxblk,&vioc,
(char **) &bitmap,NULL,1,&viocmask);
if (sts & 1) {
bitmap[(fileno % 4096) / (sizeof(unsigned) * 8)] &=
~(1 << (fileno % (sizeof(unsigned) * 8)));
sts = deaccesschunk(vioc,viocmask,1);
} else {
break;
}
}
head->fh2$w_fid.fid$w_num = 0;
head->fh2$w_fid.fid$b_rvn = 0;
head->fh2$w_fid.fid$b_nmx = 0;
head->fh2$w_checksum = 0;
memcpy(&extfid,&fcb->head->fh2$w_ext_fid,sizeof(struct fiddef));
sts = deaccesshead(headvioc,head,modmask);
if ((sts & 1) == 0) break;
if (extfid.fid$b_rvn == 0) {
extfid.fid$b_rvn = rvn;
} else {
rvn = extfid.fid$b_rvn;
}
if (extfid.fid$w_num != 0 || extfid.fid$b_nmx != 0) {
sts = accesshead(fcb->vcb,&extfid,&headvioc,&head,&modmask,1);
if ((sts & 1) == 0) break;
} else {
break;
}
} while (1);
if (sts & 1) {
fcb->headvioc = NULL;
cacheuntouch(&fcb->cache,0,1);
cachedelete(&fcb->cache);
}
}
return sts;
}
unsigned accesschunk(struct FCB *fcb,unsigned vbn,struct VIOC **retvioc,
char **retbuff,unsigned *retblocks,unsigned wrtblks,
unsigned *retmodmask)
{
/*
First find cache entry...
*/
register struct VIOC *vioc;
unsigned create = sizeof(struct VIOC);
register unsigned base = (vbn - 1) / VIOC_CHUNKSIZE * VIOC_CHUNKSIZE + 1;
#ifdef DEBUG
printf("Access chunk %8x %d (%x)\n",base,vbn,fcb->cache.keyval);
#endif
if (wrtblks && ((fcb->cache.status & CACHE_WRITE) == 0)) return SS$_WRITLCK;
if (vbn < 1 || vbn > fcb->hiblock) return SS$_ENDOFFILE;
vioc = cachesearch((void *) &fcb->vioc,base,0,NULL,NULL,&create);
if (vioc == NULL) return SS$_INSFMEM;
/*
If not found make one...
*/
if (create == 0) {
register unsigned length;
register char *address;
register unsigned mapbase = base;
vioc->cache.status |= 0x400; /* For debugging! */
vioc->fcb = fcb;
vioc->wrtmask = 0;
vioc->modmask = 0;
length = fcb->hiblock - mapbase + 1;
if (length > VIOC_CHUNKSIZE) length = VIOC_CHUNKSIZE;
address = (char *) vioc->data;
do {
if (fcb->highwater > 0 && mapbase >= fcb->highwater) {
memset(address,0,length * 512);
length = 0;
} else {
register unsigned sts;
unsigned rvn,mapblk,maplen;
register struct VCBDEV *vcbdev;
sts = getwindow(fcb,mapbase,&rvn,&mapblk,&maplen);
if (sts & 1) {
if (maplen > length) maplen = length;
if (fcb->highwater > 0 && mapbase + maplen > fcb->highwater) {
maplen = fcb->head->fh2$l_highwater - mapbase;
}
if (rvn > fcb->vcb->devices) {
sts = SS$_NOSUCHFILE;
} else {
if (rvn < 2) {
vcbdev = fcb->vcb->vcbdev;
} else {
vcbdev = &fcb->vcb->vcbdev[rvn - 1];
}
if (vcbdev->dev == NULL) return SS$_NOSUCHFILE;
sts = phyio_read(vcbdev->dev->handle,mapblk,maplen * 512,address);
}
}
if ((sts & 1) == 0) {
cacheuntouch(&vioc->cache,0,0);
cachefree(&vioc->cache);
return sts;
}
length -= maplen;
mapbase += maplen;
address += maplen * 512;
}
} while (length > 0);
}
if (wrtblks) {
vioc->cache.status |= CACHE_WRITE;
vioc->cache.objmanager = viocmanager;
}
/*
Return result to caller...
*/
*retvioc = vioc;
*retbuff = vioc->data[vbn - base];
if (wrtblks || retblocks != NULL || retmodmask != NULL) {
register unsigned modmask = 0;
register unsigned blocks = base + VIOC_CHUNKSIZE - vbn;
if (blocks > fcb->hiblock - vbn) blocks = fcb->hiblock - vbn + 1;
if (wrtblks) if (blocks > wrtblks) blocks = wrtblks;
if (retblocks != NULL) *retblocks = blocks;
if (wrtblks) {
modmask = 1 << (vbn - base);
if (blocks > 1) {
while (--blocks > 0) modmask |= modmask << 1;
}
vioc->wrtmask |= modmask;
}
if (retmodmask != NULL) *retmodmask = modmask;
}
return SS$_NORMAL;
}
void
mousethread(void *v)
{
Text *t, *argt;
int but;
uint q0, q1;
Window *w;
Plumbmsg *pm;
Mouse m;
char *act;
enum { MResize, MMouse, MPlumb, MWarnings, NMALT };
static Alt alts[NMALT+1];
USED(v);
threadsetname("mousethread");
alts[MResize].c = mousectl->resizec;
alts[MResize].v = nil;
alts[MResize].op = CHANRCV;
alts[MMouse].c = mousectl->c;
alts[MMouse].v = &mousectl->m;
alts[MMouse].op = CHANRCV;
alts[MPlumb].c = cplumb;
alts[MPlumb].v = ±
alts[MPlumb].op = CHANRCV;
alts[MWarnings].c = cwarn;
alts[MWarnings].v = nil;
alts[MWarnings].op = CHANRCV;
if(cplumb == nil)
alts[MPlumb].op = CHANNOP;
alts[NMALT].op = CHANEND;
for(;;){
qlock(&row.lk);
flushwarnings();
qunlock(&row.lk);
flushimage(display, 1);
switch(alt(alts)){
case MResize:
if(getwindow(display, Refnone) < 0)
error("attach to window");
draw(screen, screen->r, display->white, nil, ZP);
iconinit();
scrlresize();
rowresize(&row, screen->clipr);
break;
case MPlumb:
if(strcmp(pm->type, "text") == 0){
act = plumblookup(pm->attr, "action");
if(act==nil || strcmp(act, "showfile")==0)
plumblook(pm);
else if(strcmp(act, "showdata")==0)
plumbshow(pm);
}
plumbfree(pm);
break;
case MWarnings:
break;
case MMouse:
/*
* Make a copy so decisions are consistent; mousectl changes
* underfoot. Can't just receive into m because this introduces
* another race; see /sys/src/libdraw/mouse.c.
*/
m = mousectl->m;
qlock(&row.lk);
t = rowwhich(&row, m.xy);
if(t!=mousetext && mousetext!=nil && mousetext->w!=nil){
winlock(mousetext->w, 'M');
mousetext->eq0 = ~0;
wincommit(mousetext->w, mousetext);
winunlock(mousetext->w);
}
mousetext = t;
if(t == nil)
goto Continue;
w = t->w;
if(t==nil || m.buttons==0)
goto Continue;
but = 0;
if(m.buttons == 1)
but = 1;
else if(m.buttons == 2)
but = 2;
else if(m.buttons == 4)
but = 3;
barttext = t;
if(t->what==Body && ptinrect(m.xy, t->scrollr)){
if(but){
if(swapscrollbuttons){
if(but == 1)
but = 3;
else if(but == 3)
but = 1;
}
winlock(w, 'M');
t->eq0 = ~0;
textscroll(t, but);
winunlock(w);
}
goto Continue;
}
/* scroll buttons, wheels, etc. */
if(w != nil && (m.buttons & (8|16))){
if(m.buttons & 8)
but = Kscrolloneup;
else
but = Kscrollonedown;
winlock(w, 'M');
t->eq0 = ~0;
texttype(t, but);
winunlock(w);
goto Continue;
}
if(ptinrect(m.xy, t->scrollr)){
if(but){
if(t->what == Columntag)
rowdragcol(&row, t->col, but);
else if(t->what == Tag){
coldragwin(t->col, t->w, but);
if(t->w)
barttext = &t->w->body;
}
if(t->col)
activecol = t->col;
}
goto Continue;
}
if(m.buttons){
if(w)
winlock(w, 'M');
t->eq0 = ~0;
if(w)
wincommit(w, t);
else
textcommit(t, TRUE);
if(m.buttons & 1){
textselect(t);
if(w)
winsettag(w);
argtext = t;
seltext = t;
if(t->col)
activecol = t->col; /* button 1 only */
if(t->w!=nil && t==&t->w->body)
activewin = t->w;
}else if(m.buttons & 2){
if(textselect2(t, &q0, &q1, &argt))
execute(t, q0, q1, FALSE, argt);
}else if(m.buttons & 4){
if(textselect3(t, &q0, &q1))
look3(t, q0, q1, FALSE);
}
if(w)
winunlock(w);
goto Continue;
}
Continue:
qunlock(&row.lk);
break;
}
}
}
void
mousethread(void *)
{
Plumbmsg *pm;
Mouse m;
Text *t;
int but;
enum { MResize, MMouse, MPlumb, MRefresh, NMALT };
static Alt alts[NMALT+1];
threadsetname("mousethread");
alts[MResize].c = mousectl->resizec;
alts[MResize].v = nil;
alts[MResize].op = CHANRCV;
alts[MMouse].c = mousectl->c;
alts[MMouse].v = &mousectl->Mouse;
alts[MMouse].op = CHANRCV;
alts[MPlumb].c = cplumb;
alts[MPlumb].v = ±
alts[MPlumb].op = CHANRCV;
alts[MRefresh].c = crefresh;
alts[MRefresh].v = nil;
alts[MRefresh].op = CHANRCV;
if(cplumb == nil)
alts[MPlumb].op = CHANNOP;
alts[NMALT].op = CHANEND;
for(;;){
qlock(&row);
flushrefresh();
qunlock(&row);
flushimage(display, 1);
switch(alt(alts)){
case MResize:
if(getwindow(display, Refnone) < 0)
error("resized");
scrlresize();
tmpresize();
rowresize(&row, screen->clipr);
break;
case MPlumb:
plumblook(pm);
plumbfree(pm);
break;
case MRefresh:
break;
case MMouse:
m = mousectl->Mouse;
if(m.buttons == 0)
continue;
qlock(&row);
but = 0;
if(m.buttons == 1)
but = 1;
else if(m.buttons == 2)
but = 2;
else if(m.buttons == 4)
but = 3;
if(m.buttons & (8|16)){
if(m.buttons & 8)
but = Kscrolloneup;
else
but = Kscrollonedown;
rowwhich(&row, m.xy, but, TRUE);
}else if(but){
t = rowwhich(&row, m.xy, but, FALSE);
if(t)
textmouse(t, m.xy, but);
}
qunlock(&row);
break;
}
}
}
gboolean xmms_fullscreen_enter(GtkWidget * win, gint * w, gint * h)
{
gint i, close, how_close = -1, t, dummy;
gboolean retval = FALSE;
fullscreen_window_t *fwin;
FULL_LOCK();
fwin = getwindow(win);
if (!fwin->display->is_full && !fwin->is_full
&& fwin->display->can_full)
{
for (close = 0; close < fwin->display->num_modes; close++)
{
if ((fwin->display->modes[close]->hdisplay >= *w) &&
(fwin->display->modes[close]->vdisplay >= *h))
{
how_close = fwin->display->modes[close]->hdisplay - *w;
break;
}
}
for (i = close + 1; i < fwin->display->num_modes; i++)
{
if (fwin->display->modes[i]->vdisplay < *h)
continue;
t = fwin->display->modes[i]->hdisplay - *w;
if (t >= 0 && t < how_close)
{
close = i;
how_close = t;
}
}
if (close < fwin->display->num_modes)
{
*w = fwin->display->modes[close]->hdisplay;
*h = fwin->display->modes[close]->vdisplay;
/* Save the old position/size */
gdk_window_get_root_origin(fwin->window->window, &fwin->ox, &fwin->oy);
gdk_window_get_size(fwin->window->window, &fwin->owidth, &fwin->oheight);
/* Move it. */
gdk_window_move_resize(fwin->window->window, 0, 0,
fwin->display->modes[close]->hdisplay,
fwin->display->modes[close]->vdisplay);
/* Tell the WM not to mess with this window (no more decor) */
gdk_window_hide(fwin->window->window);
gdk_window_set_override_redirect(fwin->window->window, TRUE);
gdk_window_show(fwin->window->window);
/*
* XXX: HACK
* Something is ungrabbing the pointer shortly
* after the above unmap/override_redirect=TRUE/map
* is done. I don't know what at this time, only
* that it's not XMMS, and that it's very very evil.
*/
gdk_flush();
xmms_usleep(50000);
/* Steal the keyboard/mouse */
/* XXX: FIXME, use timeouts.. */
for (t = 0; t < 10; t++)
{
dummy = gdk_pointer_grab(fwin->window->window,
TRUE, 0,
fwin->window->window,
NULL,
GDK_CURRENT_TIME);
if (dummy == GrabSuccess)
break;
gtk_main_iteration_do(FALSE);
xmms_usleep(10000);
}
gdk_keyboard_grab(fwin->window->window, TRUE,
GDK_CURRENT_TIME);
/* Do the video mode switch.. */
XF86VidModeSwitchToMode(fwin->display->display,
DefaultScreen(fwin->display->display),
fwin->display->modes[close]);
XF86VidModeSetViewPort(fwin->display->display,
DefaultScreen(fwin->display->display),
0, 0);
retval = TRUE;
fwin->is_full = TRUE;
fwin->display->is_full = TRUE;
}
}
FULL_UNLOCK();
return retval;
}