2 * ion/mod_tiling/tiling.c
4 * Copyright (c) Tuomo Valkonen 1999-2008.
6 * See the included file LICENSE for details.
11 #include <libtu/objp.h>
12 #include <libtu/minmax.h>
13 #include <libtu/ptrlist.h>
14 #include <libmainloop/defer.h>
15 #include <libmainloop/signal.h>
17 #include <ioncore/common.h>
18 #include <ioncore/rootwin.h>
19 #include <ioncore/focus.h>
20 #include <ioncore/global.h>
21 #include <ioncore/region.h>
22 #include <ioncore/manage.h>
23 #include <ioncore/screen.h>
24 #include <ioncore/names.h>
25 #include <ioncore/saveload.h>
26 #include <ioncore/attach.h>
27 #include <ioncore/resize.h>
28 #include <libextl/extl.h>
29 #include <ioncore/regbind.h>
30 #include <ioncore/extlconv.h>
31 #include <ioncore/xwindow.h>
32 #include <ioncore/navi.h>
33 #include "placement.h"
36 #include "splitfloat.h"
37 #include "split-stdisp.h"
42 static WTilingIterTmp tiling_iter_default_tmp;
45 /*{{{ Some helper routines */
48 static WSplitRegion *get_node_check(WTiling *ws, WRegion *reg)
55 node=splittree_node_of(reg);
57 if(node==NULL || REGION_MANAGER(reg)!=(WRegion*)ws)
64 static bool check_node(WTiling *ws, WSplit *split)
67 return check_node(ws, (WSplit*)split->parent);
69 if((split->ws_if_root!=(void*)ws)){
70 warn(TR("Split not on workspace."));
80 /*{{{ Dynfun implementations */
83 static void reparent_mgd(WRegion *sub, WWindow *par)
86 subfp.g=REGION_GEOM(sub);
87 subfp.mode=REGION_FIT_EXACT;
88 if(!region_fitrep(sub, par, &subfp)){
89 warn(TR("Error reparenting %s."), region_name(sub));
90 region_detach_manager(sub);
95 bool tiling_fitrep(WTiling *ws, WWindow *par, const WFitParams *fp)
101 if(!region_same_rootwin((WRegion*)ws, (WRegion*)par))
104 region_unset_parent((WRegion*)ws);
106 XReparentWindow(ioncore_g.dpy, ws->dummywin,
107 par->win, fp->g.x, fp->g.y);
109 region_set_parent((WRegion*)ws, par);
111 if(ws->split_tree!=NULL)
112 split_reparent(ws->split_tree, par);
115 REGION_GEOM(ws)=fp->g;
117 if(ws->split_tree!=NULL){
119 if(fp->mode®ION_FIT_ROTATE)
120 ok=split_rotate_to(ws->split_tree, &(fp->g), fp->rotation);
122 split_resize(ws->split_tree, &(fp->g), PRIMN_ANY, PRIMN_ANY);
129 void tiling_managed_rqgeom(WTiling *ws, WRegion *mgd,
130 const WRQGeomParams *rq,
133 WSplitRegion *node=get_node_check(ws, mgd);
134 if(node!=NULL && ws->split_tree!=NULL)
135 splittree_rqgeom((WSplit*)node, rq->flags, &rq->geom, geomret);
139 void tiling_map(WTiling *ws)
141 REGION_MARK_MAPPED(ws);
142 XMapWindow(ioncore_g.dpy, ws->dummywin);
144 if(ws->split_tree!=NULL)
145 split_map(ws->split_tree);
149 void tiling_unmap(WTiling *ws)
151 REGION_MARK_UNMAPPED(ws);
152 XUnmapWindow(ioncore_g.dpy, ws->dummywin);
154 if(ws->split_tree!=NULL)
155 split_unmap(ws->split_tree);
159 void tiling_fallback_focus(WTiling *ws, bool warp)
161 region_finalise_focusing((WRegion*)ws, ws->dummywin, warp);
165 void tiling_do_set_focus(WTiling *ws, bool warp)
167 WRegion *sub=tiling_current(ws);
170 tiling_fallback_focus(ws, warp);
174 region_do_set_focus(sub, warp);
178 static WTimer *restack_timer=NULL;
181 static void restack_handler(WTimer *tmr, Obj *obj)
184 WTiling *ws=(WTiling*)obj;
185 split_restack(ws->split_tree, ws->dummywin, Above);
190 bool tiling_managed_prepare_focus(WTiling *ws, WRegion *reg,
191 int flags, WPrepareFocusResult *res)
195 if(!region_prepare_focus((WRegion*)ws, flags, res))
198 node=get_node_check(ws, reg);
200 if(node!=NULL && node->split.parent!=NULL)
201 splitinner_mark_current(node->split.parent, &(node->split));
203 /* WSplitSplit uses activity based stacking as required on WAutoWS,
204 * so we must restack here.
206 if(ws->split_tree!=NULL){
207 int rd=mod_tiling_raise_delay;
208 bool use_timer=rd>0 && flags®ION_GOTO_ENTERWINDOW;
211 if(restack_timer!=NULL){
212 Obj *obj=restack_timer->objwatch.obj;
214 timer_reset(restack_timer);
215 restack_handler(restack_timer, obj);
218 restack_timer=create_timer();
222 if(use_timer && restack_timer!=NULL){
223 timer_set(restack_timer, rd, restack_handler, (Obj*)ws);
225 split_restack(ws->split_tree, ws->dummywin, Above);
236 void tiling_restack(WTiling *ws, Window other, int mode)
238 xwindow_restack(ws->dummywin, other, mode);
239 if(ws->split_tree!=NULL)
240 split_restack(ws->split_tree, ws->dummywin, Above);
244 void tiling_stacking(WTiling *ws, Window *bottomret, Window *topret)
246 Window sbottom=None, stop=None;
248 if(ws->split_tree!=None)
249 split_stacking(ws->split_tree, &sbottom, &stop);
251 *bottomret=ws->dummywin;
252 *topret=(stop!=None ? stop : ws->dummywin);
256 Window tiling_xwindow(const WTiling *ws)
265 /*{{{ Status display support code */
268 static bool regnodefilter(WSplit *split)
270 return OBJ_IS(split, WSplitRegion);
274 void tiling_unmanage_stdisp(WTiling *ws, bool permanent, bool nofocus)
276 WSplitRegion *tofocus=NULL;
280 if(ws->stdispnode==NULL)
283 od=ws->stdispnode->regnode.reg;
286 if(!nofocus && REGION_IS_ACTIVE(od) &&
287 region_may_control_focus((WRegion*)ws)){
289 tofocus=(WSplitRegion*)split_nextto((WSplit*)(ws->stdispnode),
290 PRIMN_ANY, PRIMN_ANY,
293 /* Reset node_of info here so tiling_managed_remove will not
296 splittree_set_node_of(od, NULL);
297 tiling_do_managed_remove(ws, od);
301 WSplit *node=(WSplit*)ws->stdispnode;
303 splittree_remove(node, TRUE);
308 region_set_focus(tofocus->reg);
310 tiling_fallback_focus(ws, FALSE);
315 static void tiling_create_stdispnode(WTiling *ws, WRegion *stdisp,
316 int corner, int orientation,
319 int flags=REGION_RQGEOM_WEAK_X|REGION_RQGEOM_WEAK_Y;
320 WRectangle *wg=®ION_GEOM(ws), dg;
321 WSplitST *stdispnode;
324 assert(ws->split_tree!=NULL);
326 if(orientation==REGION_ORIENTATION_HORIZONTAL){
330 dg.y=((corner==MPLEX_STDISP_BL || corner==MPLEX_STDISP_BR)
337 dg.x=((corner==MPLEX_STDISP_TR || corner==MPLEX_STDISP_BR)
342 stdispnode=create_splitst(&dg, stdisp);
344 if(stdispnode==NULL){
345 warn(TR("Unable to create a node for status display."));
349 stdispnode->corner=corner;
350 stdispnode->orientation=orientation;
351 stdispnode->fullsize=fullsize;
353 split=create_splitsplit(wg, (orientation==REGION_ORIENTATION_HORIZONTAL
355 : SPLIT_HORIZONTAL));
358 warn(TR("Unable to create new split for status display."));
359 stdispnode->regnode.reg=NULL;
360 destroy_obj((Obj*)stdispnode);
364 /* Set up new split tree */
365 ((WSplit*)stdispnode)->parent=(WSplitInner*)split;
366 ws->split_tree->parent=(WSplitInner*)split;
367 ws->split_tree->ws_if_root=NULL;
369 if((orientation==REGION_ORIENTATION_HORIZONTAL &&
370 (corner==MPLEX_STDISP_BL || corner==MPLEX_STDISP_BR)) ||
371 (orientation==REGION_ORIENTATION_VERTICAL &&
372 (corner==MPLEX_STDISP_TR || corner==MPLEX_STDISP_BR))){
373 split->tl=ws->split_tree;
374 split->br=(WSplit*)stdispnode;
375 split->current=SPLIT_CURRENT_TL;
377 split->tl=(WSplit*)stdispnode;
378 split->br=ws->split_tree;
379 split->current=SPLIT_CURRENT_BR;
382 ws->split_tree=(WSplit*)split;
383 ((WSplit*)split)->ws_if_root=ws;
384 ws->stdispnode=stdispnode;
388 void tiling_manage_stdisp(WTiling *ws, WRegion *stdisp,
389 const WMPlexSTDispInfo *di)
391 bool mcf=region_may_control_focus((WRegion*)ws);
392 int flags=REGION_RQGEOM_WEAK_X|REGION_RQGEOM_WEAK_Y;
393 int orientation=region_orientation(stdisp);
395 WRectangle dg, *stdg;
397 if(orientation!=REGION_ORIENTATION_VERTICAL /*&&
398 orientation!=REGION_ORIENTATION_HORIZONTAL*/){
399 orientation=REGION_ORIENTATION_HORIZONTAL;
402 if(ws->stdispnode==NULL || ws->stdispnode->regnode.reg!=stdisp)
403 region_detach_manager(stdisp);
405 /* Remove old stdisp if corner and orientation don't match.
407 if(ws->stdispnode!=NULL && (di->pos!=ws->stdispnode->corner ||
408 orientation!=ws->stdispnode->orientation)){
409 tiling_unmanage_stdisp(ws, TRUE, TRUE);
412 if(ws->stdispnode==NULL){
413 tiling_create_stdispnode(ws, stdisp, di->pos, orientation,
415 if(ws->stdispnode==NULL)
418 WRegion *od=ws->stdispnode->regnode.reg;
420 act=REGION_IS_ACTIVE(od);
421 splittree_set_node_of(od, NULL);
422 tiling_managed_remove(ws, od);
423 assert(ws->stdispnode->regnode.reg==NULL);
426 ws->stdispnode->fullsize=di->fullsize;
427 ws->stdispnode->regnode.reg=stdisp;
428 splittree_set_node_of(stdisp, &(ws->stdispnode->regnode));
431 if(!tiling_managed_add(ws, stdisp)){
432 tiling_unmanage_stdisp(ws, TRUE, TRUE);
436 stdisp->flags|=REGION_SKIP_FOCUS;
438 dg=((WSplit*)(ws->stdispnode))->geom;
440 dg.h=stdisp_recommended_h(ws->stdispnode);
441 dg.w=stdisp_recommended_w(ws->stdispnode);
443 splittree_rqgeom((WSplit*)(ws->stdispnode), flags, &dg, FALSE);
445 stdg=&(((WSplit*)ws->stdispnode)->geom);
447 if(stdisp->geom.x!=stdg->x || stdisp->geom.y!=stdg->y ||
448 stdisp->geom.w!=stdg->w || stdisp->geom.h!=stdg->h){
449 region_fit(stdisp, stdg, REGION_FIT_EXACT);
452 /* Restack to ensure the split tree is stacked in the expected order. */
453 if(ws->split_tree!=NULL)
454 split_restack(ws->split_tree, ws->dummywin, Above);
457 region_set_focus(stdisp);
464 /*{{{ Create/destroy */
467 bool tiling_managed_add_default(WTiling *ws, WRegion *reg)
469 Window bottom=None, top=None;
472 if(TILING_STDISP_OF(ws)!=reg){
473 if(!ptrlist_insert_last(&(ws->managed_list), reg))
477 region_set_manager(reg, (WRegion*)ws);
479 frame=OBJ_CAST(reg, WFrame);
481 if(framemode_unalt(frame_mode(frame))!=FRAME_MODE_TILED)
482 frame_set_mode(frame, FRAME_MODE_TILED);
485 if(REGION_IS_MAPPED(ws))
488 if(region_may_control_focus((WRegion*)ws)){
489 WRegion *curr=tiling_current(ws);
490 if(curr==NULL || !REGION_IS_ACTIVE(curr))
498 bool tiling_managed_add(WTiling *ws, WRegion *reg)
501 CALL_DYN_RET(ret, bool, tiling_managed_add, ws, (ws, reg));
506 bool tiling_do_attach_initial(WTiling *ws, WRegion *reg)
508 assert(ws->split_tree==NULL);
510 ws->split_tree=(WSplit*)create_splitregion(®ION_GEOM(reg), reg);
511 if(ws->split_tree==NULL)
514 ws->split_tree->ws_if_root=ws;
516 if(!tiling_managed_add(ws, reg)){
517 destroy_obj((Obj*)ws->split_tree);
526 static WRegion *create_frame_tiling(WWindow *parent, const WFitParams *fp)
528 return (WRegion*)create_frame(parent, fp, FRAME_MODE_TILED);
532 bool tiling_init(WTiling *ws, WWindow *parent, const WFitParams *fp,
533 WRegionSimpleCreateFn *create_frame_fn, bool ci)
536 ws->create_frame_fn=(create_frame_fn
538 : create_frame_tiling);
540 ws->managed_list=NULL;
543 ws->dummywin=XCreateWindow(ioncore_g.dpy, parent->win,
544 fp->g.x, fp->g.y, 1, 1, 0,
545 CopyFromParent, InputOnly,
546 CopyFromParent, 0, NULL);
547 if(ws->dummywin==None)
550 region_init(&(ws->reg), parent, fp);
552 ws->reg.flags|=(REGION_GRAB_ON_PARENT|
556 WRegionAttachData data;
559 data.type=REGION_ATTACH_NEW;
560 data.u.n.fn=(WRegionCreateFn*)ws->create_frame_fn;
563 res=region_attach_helper((WRegion*)ws, parent, fp,
564 (WRegionDoAttachFn*)tiling_do_attach_initial,
568 XDestroyWindow(ioncore_g.dpy, ws->dummywin);
573 XSelectInput(ioncore_g.dpy, ws->dummywin,
574 FocusChangeMask|KeyPressMask|KeyReleaseMask|
575 ButtonPressMask|ButtonReleaseMask);
576 XSaveContext(ioncore_g.dpy, ws->dummywin, ioncore_g.win_context,
579 region_register(&(ws->reg));
580 region_add_bindmap((WRegion*)ws, mod_tiling_tiling_bindmap);
586 WTiling *create_tiling(WWindow *parent, const WFitParams *fp,
587 WRegionSimpleCreateFn *create_frame_fn, bool ci)
589 CREATEOBJ_IMPL(WTiling, tiling, (p, parent, fp, create_frame_fn, ci));
593 WTiling *create_tiling_simple(WWindow *parent, const WFitParams *fp)
595 return create_tiling(parent, fp, NULL, TRUE);
599 void tiling_deinit(WTiling *ws)
603 WMPlex *remanage_mplex=NULL;
605 tiling_unmanage_stdisp(ws, FALSE, TRUE);
607 FOR_ALL_MANAGED_BY_TILING(reg, ws, tmp){
608 destroy_obj((Obj*)reg);
611 FOR_ALL_MANAGED_BY_TILING(reg, ws, tmp){
615 if(ws->split_tree!=NULL)
616 destroy_obj((Obj*)(ws->split_tree));
618 XDeleteContext(ioncore_g.dpy, ws->dummywin, ioncore_g.win_context);
619 XDestroyWindow(ioncore_g.dpy, ws->dummywin);
622 region_deinit(&(ws->reg));
626 WRegion *tiling_managed_disposeroot(WTiling *ws, WRegion *reg)
634 FOR_ALL_MANAGED_BY_TILING(mgd, ws, tmp){
635 if(mgd!=TILING_STDISP_OF(ws) && mgd!=reg)
639 return region_disposeroot((WRegion*)ws);
643 bool tiling_rescue_clientwins(WTiling *ws, WRescueInfo *info)
647 ptrlist_iter_init(&tmp, ws->managed_list);
649 return region_rescue_some_clientwins((WRegion*)ws, info,
650 (WRegionIterator*)ptrlist_iter,
655 void tiling_do_managed_remove(WTiling *ws, WRegion *reg)
657 if(TILING_STDISP_OF(ws)==reg){
658 ws->stdispnode->regnode.reg=NULL;
660 ptrlist_remove(&(ws->managed_list), reg);
663 region_unset_manager(reg, (WRegion*)ws);
664 splittree_set_node_of(reg, NULL);
668 static bool nostdispfilter(WSplit *node)
670 return (OBJ_IS(node, WSplitRegion) && !OBJ_IS(node, WSplitST));
674 void tiling_managed_remove(WTiling *ws, WRegion *reg)
676 bool act=REGION_IS_ACTIVE(reg);
677 bool mcf=region_may_control_focus((WRegion*)ws);
678 WSplitRegion *node=get_node_check(ws, reg);
679 bool norestore=(OBJ_IS_BEING_DESTROYED(ws) || ws->batchop);
683 other=tiling_do_navi_next(ws, reg, REGION_NAVI_ANY, TRUE, FALSE);
685 tiling_do_managed_remove(ws, reg);
687 if(node==(WSplitRegion*)(ws->stdispnode))
693 if(other==NULL && !norestore){
694 WWindow *par=REGION_PARENT(ws);
699 fp.g=node->split.geom;
700 fp.mode=REGION_FIT_EXACT;
702 other=(ws->create_frame_fn)(par, &fp);
706 splittree_set_node_of(other, node);
707 tiling_managed_add(ws, other);
710 warn(TR("Tiling in useless state."));
715 splittree_remove((WSplit*)node, (!norestore && other!=NULL));
718 if(!norestore && other!=NULL && act && mcf)
723 static bool mplexfilter(WSplit *node)
725 WSplitRegion *regnode=OBJ_CAST(node, WSplitRegion);
727 return (regnode!=NULL && regnode->reg!=NULL &&
728 OBJ_IS(regnode->reg, WMPlex));
732 static WPHolder *find_ph_result=NULL;
733 static WRegion *find_ph_param=NULL;
736 static bool find_ph(WSplit *split)
738 WSplitRegion *sr=OBJ_CAST(split, WSplitRegion);
740 assert(find_ph_result==NULL);
742 if(sr==NULL || sr->reg==NULL)
745 find_ph_result=region_get_rescue_pholder_for(sr->reg, find_ph_param);
747 return (find_ph_result!=NULL);
751 WPHolder *tiling_get_rescue_pholder_for(WTiling *ws, WRegion *mgd)
753 WSplit *node=(WSplit*)get_node_check(ws, mgd);
760 if(ws->split_tree!=NULL){
761 split_current_todir(ws->split_tree, PRIMN_ANY, PRIMN_ANY,
766 split_nextto(node, PRIMN_ANY, PRIMN_ANY, find_ph);
767 if(find_ph_result!=NULL)
769 node=(WSplit*)node->parent;
787 static void navi_to_primn(WRegionNavi nh, WPrimn *hprimn, WPrimn *vprimn,
790 /* choice should be PRIMN_ANY or PRIMN_NONE */
793 case REGION_NAVI_BEG:
798 case REGION_NAVI_END:
803 case REGION_NAVI_LEFT:
808 case REGION_NAVI_RIGHT:
813 case REGION_NAVI_TOP:
818 case REGION_NAVI_BOTTOM:
824 case REGION_NAVI_ANY:
832 static WRegion *node_reg(WSplit *node)
834 WSplitRegion *rnode=OBJ_CAST(node, WSplitRegion);
835 return (rnode!=NULL ? rnode->reg : NULL);
839 WRegion *tiling_do_navi_next(WTiling *ws, WRegion *reg,
840 WRegionNavi nh, bool nowrap,
843 WSplitFilter *filter=(any ? NULL : nostdispfilter);
844 WPrimn hprimn, vprimn;
847 navi_to_primn(nh, &hprimn, &vprimn, PRIMN_NONE);
850 reg=tiling_current(ws);
853 WSplitRegion *node=get_node_check(ws, reg);
855 nxt=node_reg(split_nextto((WSplit*)node, hprimn, vprimn,
860 if(nxt==NULL && !nowrap){
861 nxt=node_reg(split_current_todir(ws->split_tree,
862 primn_none2any(primn_invert(hprimn)),
863 primn_none2any(primn_invert(vprimn)),
871 WRegion *tiling_do_navi_first(WTiling *ws, WRegionNavi nh, bool any)
873 WSplitFilter *filter=(any ? NULL : nostdispfilter);
874 WPrimn hprimn, vprimn;
876 navi_to_primn(nh, &hprimn, &vprimn, PRIMN_ANY);
878 return node_reg(split_current_todir(ws->split_tree,
879 hprimn, vprimn, filter));
883 WRegion *tiling_navi_next(WTiling *ws, WRegion *reg,
884 WRegionNavi nh, WRegionNaviData *data)
886 WRegion *nxt=tiling_do_navi_next(ws, reg, nh, TRUE, FALSE);
888 return region_navi_cont(&ws->reg, nxt, data);
892 WRegion *tiling_navi_first(WTiling *ws, WRegionNavi nh,
893 WRegionNaviData *data)
895 WRegion *reg=tiling_do_navi_first(ws, nh, FALSE);
897 return region_navi_cont(&ws->reg, reg, data);
904 /*{{{ Split/unsplit */
907 static bool get_split_dir_primn(const char *str, int *dir, int *primn)
909 WPrimn hprimn, vprimn;
912 if(!ioncore_string_to_navi(str, &nh))
915 navi_to_primn(nh, &hprimn, &vprimn, PRIMN_NONE);
917 if(hprimn==PRIMN_NONE){
920 }else if(vprimn==PRIMN_NONE){
921 *dir=SPLIT_HORIZONTAL;
924 warn(TR("Invalid direction"));
932 static bool get_split_dir_primn_float(const char *str, int *dir, int *primn,
935 if(strncmp(str, "floating:", 9)==0){
937 return get_split_dir_primn(str+9, dir, primn);
940 return get_split_dir_primn(str, dir, primn);
945 #define SPLIT_MINS 16 /* totally arbitrary */
948 static WFrame *tiling_do_split(WTiling *ws, WSplit *node,
949 const char *dirstr, int minw, int minh)
951 int dir, primn, mins;
956 if(node==NULL || ws->split_tree==NULL){
957 warn(TR("Invalid node."));
961 if(!get_split_dir_primn_float(dirstr, &dir, &primn, &floating))
964 mins=(dir==SPLIT_VERTICAL ? minh : minw);
967 nnode=splittree_split(node, dir, primn, mins,
971 nnode=splittree_split_floating(node, dir, primn, mins,
972 ws->create_frame_fn, ws);
976 warn(TR("Unable to split."));
980 /* We must restack here to ensure the split tree is stacked in the
983 if(ws->split_tree!=NULL)
984 split_restack(ws->split_tree, ws->dummywin, Above);
986 newframe=OBJ_CAST(nnode->reg, WFrame);
987 assert(newframe!=NULL);
989 if(!tiling_managed_add(ws, nnode->reg)){
991 destroy_obj((Obj*)nnode);
992 destroy_obj((Obj*)newframe);
1001 * Create a new frame on \var{ws} \codestr{above}, \codestr{below}
1002 * \codestr{left} of, or \codestr{right} of \var{node} as indicated
1003 * by \var{dirstr}. If \var{dirstr} is prefixed with
1004 * \codestr{floating:} a floating split is created.
1007 WFrame *tiling_split(WTiling *ws, WSplit *node, const char *dirstr)
1009 if(!check_node(ws, node))
1012 return tiling_do_split(ws, node, dirstr,
1013 SPLIT_MINS, SPLIT_MINS);
1018 * Same as \fnref{WTiling.split} at the root of the split tree.
1021 WFrame *tiling_split_top(WTiling *ws, const char *dirstr)
1023 return tiling_do_split(ws, ws->split_tree, dirstr,
1024 SPLIT_MINS, SPLIT_MINS);
1029 * Split \var{frame} creating a new frame to direction \var{dirstr}
1030 * (one of \codestr{left}, \codestr{right}, \codestr{top} or
1031 * \codestr{bottom}) of \var{frame}.
1032 * If \var{attach_current} is set, the region currently displayed in
1033 * \var{frame}, if any, is moved to thenew frame.
1034 * If \var{dirstr} is prefixed with \codestr{floating:}, a floating
1038 WFrame *tiling_split_at(WTiling *ws, WFrame *frame, const char *dirstr,
1039 bool attach_current)
1048 node=get_node_check(ws, (WRegion*)frame);
1050 newframe=tiling_do_split(ws, (WSplit*)node, dirstr,
1051 region_min_w((WRegion*)frame),
1052 region_min_h((WRegion*)frame));
1057 curr=mplex_mx_current(&(frame->mplex));
1059 if(attach_current && curr!=NULL)
1060 mplex_attach_simple(&(newframe->mplex), curr, MPLEX_ATTACH_SWITCHTO);
1062 if(region_may_control_focus((WRegion*)frame))
1063 region_goto((WRegion*)newframe);
1070 * Try to relocate regions managed by \var{reg} to another frame
1071 * and, if possible, destroy it.
1074 void tiling_unsplit_at(WTiling *ws, WRegion *reg)
1078 if(reg==NULL || REGION_MANAGER(reg)!=(WRegion*)ws)
1081 ph=region_get_rescue_pholder_for((WRegion*)ws, reg);
1084 region_rescue(reg, ph, REGION_RESCUE_NODEEP|REGION_RESCUE_PHFLAGS_OK);
1085 destroy_obj((Obj*)ph);
1088 region_defer_rqdispose(reg);
1095 /*{{{ Navigation etc. exports */
1098 WRegion *tiling_current(WTiling *ws)
1100 WSplitRegion *node=NULL;
1101 if(ws->split_tree!=NULL){
1102 node=(WSplitRegion*)split_current_todir(ws->split_tree,
1103 PRIMN_ANY, PRIMN_ANY, NULL);
1105 return (node ? node->reg : NULL);
1110 * Iterate over managed regions of \var{ws} until \var{iterfn} returns
1112 * The function is called in protected mode.
1113 * This routine returns \code{true} if it reaches the end of list
1114 * without this happening.
1118 bool tiling_managed_i(WTiling *ws, ExtlFn iterfn)
1122 ptrlist_iter_init(&tmp, ws->managed_list);
1124 return extl_iter_objlist_(iterfn, (ObjIterator*)ptrlist_iter, &tmp);
1129 * Returns the root of the split tree.
1133 WSplit *tiling_split_tree(WTiling *ws)
1135 return ws->split_tree;
1140 * Return the most previously active region next to \var{reg} in
1141 * direction \var{dirstr} (\codestr{left}, \codestr{right}, \codestr{up},
1142 * or \codestr{down}). The region \var{reg}
1143 * must be managed by \var{ws}. If \var{any} is not set, the status display
1144 * is not considered.
1148 WRegion *tiling_nextto(WTiling *ws, WRegion *reg, const char *dirstr,
1153 if(!ioncore_string_to_navi(dirstr, &nh))
1156 return tiling_do_navi_next(ws, reg, nh, FALSE, any);
1161 * Return the most previously active region on \var{ws} with no
1162 * other regions next to it in direction \var{dirstr}
1163 * (\codestr{left}, \codestr{right}, \codestr{up}, or \codestr{down}).
1164 * If \var{any} is not set, the status display is not considered.
1168 WRegion *tiling_farthest(WTiling *ws, const char *dirstr, bool any)
1172 if(!ioncore_string_to_navi(dirstr, &nh))
1175 return tiling_do_navi_first(ws, nh, any);
1180 * For region \var{reg} managed by \var{ws} return the \type{WSplit}
1181 * a leaf of which \var{reg} is.
1185 WSplitRegion *tiling_node_of(WTiling *ws, WRegion *reg)
1188 warn(TR("Nil parameter."));
1192 if(REGION_MANAGER(reg)!=(WRegion*)ws){
1193 warn(TR("Manager doesn't match."));
1197 return splittree_node_of(reg);
1204 /*{{{ Flip and transpose */
1207 static WSplitSplit *get_at_split(WTiling *ws, WRegion *reg)
1213 split=OBJ_CAST(ws->split_tree, WSplitSplit);
1216 else if(split->br==(WSplit*)ws->stdispnode)
1217 return OBJ_CAST(split->tl, WSplitSplit);
1218 else if(split->tl==(WSplit*)ws->stdispnode)
1219 return OBJ_CAST(split->br, WSplitSplit);
1224 node=(WSplit*)get_node_check(ws, reg);
1229 if(node==(WSplit*)ws->stdispnode){
1230 warn(TR("The status display is not a valid parameter for "
1235 split=OBJ_CAST(node->parent, WSplitSplit);
1237 if(split!=NULL && (split->tl==(WSplit*)ws->stdispnode ||
1238 split->br==(WSplit*)ws->stdispnode)){
1239 split=OBJ_CAST(((WSplit*)split)->parent, WSplitSplit);
1247 * Flip \var{ws} at \var{reg} or root if nil.
1250 bool iowns_flip_at(WTiling *ws, WRegion *reg)
1252 WSplitSplit *split=get_at_split(ws, reg);
1257 splitsplit_flip(split);
1264 * Transpose \var{ws} at \var{reg} or root if nil.
1267 bool iowns_transpose_at(WTiling *ws, WRegion *reg)
1269 WSplitSplit *split=get_at_split(ws, reg);
1274 split_transpose((WSplit*)split);
1283 /*{{{ Floating toggle */
1286 static void replace(WSplitSplit *split, WSplitSplit *nsplit)
1288 WSplitInner *psplit=split->isplit.split.parent;
1290 nsplit->tl=split->tl;
1292 nsplit->tl->parent=(WSplitInner*)nsplit;
1294 nsplit->br=split->br;
1296 nsplit->br->parent=(WSplitInner*)nsplit;
1299 splitinner_replace((WSplitInner*)psplit, (WSplit*)split,
1302 splittree_changeroot((WSplit*)split, (WSplit*)nsplit);
1307 WSplitSplit *tiling_set_floating(WTiling *ws, WSplitSplit *split, int sp)
1309 bool set=OBJ_IS(split, WSplitFloat);
1310 bool nset=libtu_do_setparam(sp, set);
1311 const WRectangle *g=&((WSplit*)split)->geom;
1318 ns=(WSplitSplit*)create_splitfloat(g, ws, split->dir);
1320 if(OBJ_IS(split->tl, WSplitST) || OBJ_IS(split->br, WSplitST)){
1321 warn(TR("Refusing to float split directly containing the "
1322 "status display."));
1325 ns=create_splitsplit(g, split->dir);
1330 split_resize((WSplit*)ns, g, PRIMN_ANY, PRIMN_ANY);
1331 mainloop_defer_destroy((Obj*)split);
1339 * Toggle floating of a split's sides at \var{split} as indicated by the
1340 * parameter \var{how} (\codestr{set}, \codestr{unset}, or \codestr{toggle}).
1341 * A split of the appropriate is returned, if there was a change.
1343 EXTL_EXPORT_AS(WTiling, set_floating)
1344 WSplitSplit *tiling_set_floating_extl(WTiling *ws, WSplitSplit *split,
1347 if(!check_node(ws, (WSplit*)split))
1349 return tiling_set_floating(ws, split, libtu_string_to_setparam(how));
1354 * Toggle floating of the sides of a split containin \var{reg} as indicated
1355 * by the parameters \var{how} (\codestr{set}, \codestr{unset}, or
1356 * \codestr{toggle}) and \var{dirstr} (\codestr{left}, \codestr{right},
1357 * \codestr{up}, or \codestr{down}). The new status is returned
1358 * (and \code{false} also on error).
1360 EXTL_EXPORT_AS(WTiling, set_floating_at)
1361 bool tiling_set_floating_at_extl(WTiling *ws, WRegion *reg, const char *how,
1364 WPrimn hprimn=PRIMN_ANY, vprimn=PRIMN_ANY;
1365 WSplitSplit *split, *nsplit;
1368 node=(WSplit*)get_node_check(ws, reg);
1376 if(!ioncore_string_to_navi(dirstr, &nh))
1379 navi_to_primn(nh, &hprimn, &vprimn, PRIMN_NONE);
1383 split=OBJ_CAST(node->parent, WSplitSplit);
1385 warn(TR("No suitable split here."));
1389 if(!OBJ_IS(split->tl, WSplitST) && !OBJ_IS(split->br, WSplitST)){
1390 WPrimn tmp=(split->dir==SPLIT_VERTICAL ? vprimn : hprimn);
1392 || (node==split->tl && tmp==PRIMN_BR)
1393 || (node==split->br && tmp==PRIMN_TL)){
1398 node=(WSplit*)split;
1401 nsplit=tiling_set_floating(ws, split, libtu_string_to_setparam(how));
1403 return OBJ_IS((Obj*)(nsplit==NULL ? split : nsplit), WSplitFloat);
1413 ExtlTab tiling_get_configuration(WTiling *ws)
1415 ExtlTab tab, split_tree=extl_table_none();
1417 tab=region_get_base_configuration((WRegion*)ws);
1419 if(ws->split_tree!=NULL){
1420 if(!split_get_config(ws->split_tree, &split_tree))
1421 warn(TR("Could not get split tree."));
1424 extl_table_sets_t(tab, "split_tree", split_tree);
1425 extl_unref_table(split_tree);
1437 WSplit *load_splitst(WTiling *ws, const WRectangle *geom, ExtlTab tab)
1441 if(ws->stdispnode!=NULL){
1442 warn(TR("Workspace already has a status display node."));
1446 st=create_splitst(geom, NULL);
1452 static bool do_attach(WTiling *ws, WRegion *reg, void *p)
1454 WSplitRegion *node=create_splitregion(®ION_GEOM(reg), reg);
1459 if(!tiling_managed_add(ws, reg)){
1461 destroy_obj((Obj*)node);
1465 *(WSplitRegion**)p=node;
1471 WSplit *load_splitregion(WTiling *ws, const WRectangle *geom, ExtlTab tab)
1473 WWindow *par=REGION_PARENT(ws);
1474 WRegionAttachData data;
1479 if(!extl_table_gets_t(tab, "regparams", &rt)){
1480 warn(TR("Missing region parameters."));
1484 data.type=REGION_ATTACH_LOAD;
1489 fp.mode=REGION_FIT_EXACT;
1491 region_attach_helper((WRegion*)ws, par, &fp,
1492 (WRegionDoAttachFn*)do_attach, &node, &data);
1494 extl_unref_table(rt);
1502 WSplit *load_splitsplit(WTiling *ws, const WRectangle *geom, ExtlTab tab)
1504 WSplit *tl=NULL, *br=NULL;
1512 set+=(extl_table_gets_i(tab, "tls", &tls)==TRUE);
1513 set+=(extl_table_gets_i(tab, "brs", &brs)==TRUE);
1514 set+=(extl_table_gets_s(tab, "dir", &dir_str)==TRUE);
1519 if(strcmp(dir_str, "vertical")==0){
1521 }else if(strcmp(dir_str, "horizontal")==0){
1522 dir=SPLIT_HORIZONTAL;
1524 warn(TR("Invalid direction."));
1530 split=create_splitsplit(geom, dir);
1534 tls=maxof(tls, MINS);
1535 brs=maxof(brs, MINS);
1538 if(dir==SPLIT_HORIZONTAL){
1539 tls=maxof(0, geom->w)*tls/(tls+brs);
1542 tls=maxof(0, geom->h)*tls/(tls+brs);
1546 if(extl_table_gets_t(tab, "tl", &subtab)){
1547 tl=tiling_load_node(ws, &geom2, subtab);
1548 extl_unref_table(subtab);
1552 if(dir==SPLIT_HORIZONTAL){
1560 if(extl_table_gets_t(tab, "br", &subtab)){
1561 br=tiling_load_node(ws, &geom2, subtab);
1562 extl_unref_table(subtab);
1565 if(tl==NULL || br==NULL){
1566 /* PRIMN_TL/BR instead of ANY because of stdisp. */
1567 destroy_obj((Obj*)split);
1569 split_do_resize(tl, geom, PRIMN_BR, PRIMN_BR, FALSE);
1573 split_do_resize(br, geom, PRIMN_TL, PRIMN_TL, FALSE);
1579 tl->parent=(WSplitInner*)split;
1580 br->parent=(WSplitInner*)split;
1582 /*split->tmpsize=tls;*/
1586 return (WSplit*)split;
1590 WSplit *tiling_load_node_default(WTiling *ws, const WRectangle *geom,
1596 extl_table_gets_s(tab, "type", &typestr);
1599 warn(TR("No split type given."));
1603 if(strcmp(typestr, "WSplitRegion")==0)
1604 node=load_splitregion(ws, geom, tab);
1605 else if(strcmp(typestr, "WSplitSplit")==0)
1606 node=load_splitsplit(ws, geom, tab);
1607 else if(strcmp(typestr, "WSplitFloat")==0)
1608 node=load_splitfloat(ws, geom, tab);
1609 else if(strcmp(typestr, "WSplitST")==0)
1610 node=NULL;/*load_splitst(ws, geom, tab);*/
1612 warn(TR("Unknown split type."));
1620 WSplit *tiling_load_node(WTiling *ws, const WRectangle *geom, ExtlTab tab)
1623 CALL_DYN_RET(ret, WSplit*, tiling_load_node, ws, (ws, geom, tab));
1629 WRegion *tiling_load(WWindow *par, const WFitParams *fp, ExtlTab tab)
1635 if(extl_table_gets_t(tab, "split_tree", &treetab))
1638 ws=create_tiling(par, fp, NULL, ci);
1642 extl_unref_table(treetab);
1647 ws->split_tree=tiling_load_node(ws, ®ION_GEOM(ws), treetab);
1648 extl_unref_table(treetab);
1651 if(ws->split_tree==NULL){
1652 warn(TR("The workspace is empty."));
1653 destroy_obj((Obj*)ws);
1657 ws->split_tree->ws_if_root=ws;
1658 split_restack(ws->split_tree, ws->dummywin, Above);
1660 return (WRegion*)ws;
1667 /*{{{ Dynamic function table and class implementation */
1670 static DynFunTab tiling_dynfuntab[]={
1677 {region_do_set_focus,
1678 tiling_do_set_focus},
1680 {(DynFun*)region_fitrep,
1681 (DynFun*)tiling_fitrep},
1683 {region_managed_rqgeom,
1684 tiling_managed_rqgeom},
1686 {region_managed_remove,
1687 tiling_managed_remove},
1689 {(DynFun*)region_managed_prepare_focus,
1690 (DynFun*)tiling_managed_prepare_focus},
1692 {(DynFun*)region_prepare_manage,
1693 (DynFun*)tiling_prepare_manage},
1695 {(DynFun*)region_rescue_clientwins,
1696 (DynFun*)tiling_rescue_clientwins},
1698 {(DynFun*)region_get_rescue_pholder_for,
1699 (DynFun*)tiling_get_rescue_pholder_for},
1701 {(DynFun*)region_get_configuration,
1702 (DynFun*)tiling_get_configuration},
1704 {(DynFun*)region_managed_disposeroot,
1705 (DynFun*)tiling_managed_disposeroot},
1707 {(DynFun*)region_current,
1708 (DynFun*)tiling_current},
1710 {(DynFun*)tiling_managed_add,
1711 (DynFun*)tiling_managed_add_default},
1713 {region_manage_stdisp,
1714 tiling_manage_stdisp},
1716 {region_unmanage_stdisp,
1717 tiling_unmanage_stdisp},
1719 {(DynFun*)tiling_load_node,
1720 (DynFun*)tiling_load_node_default},
1728 {(DynFun*)region_navi_first,
1729 (DynFun*)tiling_navi_first},
1731 {(DynFun*)region_navi_next,
1732 (DynFun*)tiling_navi_next},
1734 {(DynFun*)region_xwindow,
1735 (DynFun*)tiling_xwindow},
1742 IMPLCLASS(WTiling, WRegion, tiling_deinit, tiling_dynfuntab);