samu/kbfunc.c

/*
 *
 * Copyright (c) 2004 Martin Murray <mmurray@monkey.org>
 *
 * Permission to use, copy, modify, and distribute this software for any
 * purpose with or without fee is hereby granted, provided that the above
 * copyright notice and this permission notice appear in all copies.
 *
 * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
 * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
 * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
 * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
 * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
 * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
 * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
 *
 * $OpenBSD$
 */

/* For FreeBSD. */
#define _WITH_GETLINE

#include <sys/types.h>
#include "queue.h"
#include <sys/stat.h>

#include <dirent.h>
#include <err.h>
#include <errno.h>
#include <limits.h>
#include <paths.h>
#include <signal.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>

#include "samu.h"

#define HASH_MARKER	"|1|"

extern sig_atomic_t	 cwm_status;

static void kbfunc_amount(int, int, int *, int *);
static void kbfunc_client_move_kb(void *, struct cargs *);
static void kbfunc_client_move_mb(void *, struct cargs *);
static void kbfunc_client_resize_kb(void *, struct cargs *);
static void kbfunc_client_resize_mb(void *, struct cargs *);
static void kbfunc_client_resize_mb_original(struct screen_ctx *, struct client_ctx *);
static void kbfunc_client_resize_mb_corners(struct screen_ctx *, struct client_ctx *);

void
kbfunc_cwm_status(void *ctx, struct cargs *cargs)
{
	cwm_status = cargs->flag;
}

static void
kbfunc_amount(int flags, int amt, int *mx, int *my)
{
#define CWM_FACTOR 10

	if (flags & CWM_BIGAMOUNT)
		amt *= CWM_FACTOR;

	switch (flags & (CWM_UP | CWM_DOWN | CWM_LEFT | CWM_RIGHT)) {
	case CWM_UP:
		*my -= amt;
		break;
	case CWM_DOWN:
		*my += amt;
		break;
	case CWM_RIGHT:
		*mx += amt;
		break;
	case CWM_LEFT:
		*mx -= amt;
		break;
	}
}

void
kbfunc_ptrmove(void *ctx, struct cargs *cargs)
{
	struct screen_ctx	*sc = ctx;
	int			 x, y;
	int			 mx = 0, my = 0;

	kbfunc_amount(cargs->flag, Conf.mamount, &mx, &my);

	xu_ptr_get(sc->rootwin, &x, &y);
	xu_ptr_set(sc->rootwin, x + mx, y + my);
}

void
kbfunc_client_move(void *ctx, struct cargs *cargs)
{
	if (cargs->xev == CWM_XEV_BTN)
		kbfunc_client_move_mb(ctx, cargs);
	else
		kbfunc_client_move_kb(ctx, cargs);
}

void
kbfunc_client_resize(void *ctx, struct cargs *cargs)
{
	if (cargs->xev == CWM_XEV_BTN)
		kbfunc_client_resize_mb(ctx, cargs);
	else
		kbfunc_client_resize_kb(ctx, cargs);
}

static void
kbfunc_client_move_kb(void *ctx, struct cargs *cargs)
{
	struct client_ctx	*cc = ctx;
	struct screen_ctx	*sc = cc->sc;
	struct geom		 area;
	int			 mx = 0, my = 0;

	if (cc->flags & CLIENT_FREEZE)
		return;

	kbfunc_amount(cargs->flag, Conf.mamount, &mx, &my);

	cc->geom.x += mx;
	if (cc->geom.x < -(cc->geom.w + cc->bwidth - 1))
		cc->geom.x = -(cc->geom.w + cc->bwidth - 1);
	if (cc->geom.x > (sc->view.w - cc->bwidth - 1))
		cc->geom.x = sc->view.w - cc->bwidth - 1;
	cc->geom.y += my;
	if (cc->geom.y < -(cc->geom.h + cc->bwidth - 1))
		cc->geom.y = -(cc->geom.h + cc->bwidth - 1);
	if (cc->geom.y > (sc->view.h - cc->bwidth - 1))
		cc->geom.y = sc->view.h - cc->bwidth - 1;

	area = screen_area(sc,
	    cc->geom.x + cc->geom.w / 2,
	    cc->geom.y + cc->geom.h / 2, 1);
	cc->geom.x += client_snapcalc(cc->geom.x,
	    cc->geom.x + cc->geom.w + (cc->bwidth * 2),
	    area.x, area.x + area.w, sc->snapdist);
	cc->geom.y += client_snapcalc(cc->geom.y,
	    cc->geom.y + cc->geom.h + (cc->bwidth * 2),
	    area.y, area.y + area.h, sc->snapdist);

	client_move(cc);
	client_ptr_inbound(cc, 1);
	XSync(X_Dpy, True);
}

static void
kbfunc_client_move_mb(void *ctx, struct cargs *cargs)
{
	struct client_ctx	*cc = ctx;
	XEvent			 ev;
	Time			 ltime = 0;
	struct screen_ctx	*sc = cc->sc;
	struct geom		 area;
	int			 move = 1;

	client_raise(cc);

	if (cc->flags & CLIENT_FREEZE)
		return;

	client_ptr_inbound(cc, 1);

	if (XGrabPointer(X_Dpy, cc->win, False, MOUSEMASK,
	    GrabModeAsync, GrabModeAsync, None, Conf.cursor[CF_MOVE],
	    CurrentTime) != GrabSuccess)
		return;

	screen_prop_win_create(sc, cc->win);
	screen_prop_win_draw(sc, "%+5d%+5d", cc->geom.x, cc->geom.y);
	while (move) {
		XMaskEvent(X_Dpy, MOUSEMASK, &ev);
		switch (ev.type) {
		case MotionNotify:
			/* not more than 60 times / second */
			if ((ev.xmotion.time - ltime) <= (1000 / 60))
				continue;
			ltime = ev.xmotion.time;

			cc->geom.x = ev.xmotion.x_root - cc->ptr.x - cc->bwidth;
			cc->geom.y = ev.xmotion.y_root - cc->ptr.y - cc->bwidth;

			area = screen_area(sc,
			    cc->geom.x + cc->geom.w / 2,
			    cc->geom.y + cc->geom.h / 2, 1);
			cc->geom.x += client_snapcalc(cc->geom.x,
			    cc->geom.x + cc->geom.w + (cc->bwidth * 2),
			    area.x, area.x + area.w, sc->snapdist);
			cc->geom.y += client_snapcalc(cc->geom.y,
			    cc->geom.y + cc->geom.h + (cc->bwidth * 2),
			    area.y, area.y + area.h, sc->snapdist);
			client_move(cc);
			screen_prop_win_draw(sc,
			    "%+5d%+5d", cc->geom.x, cc->geom.y);
			break;
		case ButtonRelease:
			move = 0;
			break;
		}
	}
	if (ltime)
		client_move(cc);
	screen_prop_win_destroy(sc);
	XUngrabPointer(X_Dpy, CurrentTime);
}

static void
kbfunc_client_resize_kb(void *ctx, struct cargs *cargs)
{
	struct client_ctx	*cc = ctx;
	int			 mx = 0, my = 0;
	int			 amt = 1;

	if (cc->flags & CLIENT_FREEZE)
		return;

	if (!(cc->hint.flags & PResizeInc))
		amt = Conf.mamount;

	kbfunc_amount(cargs->flag, amt, &mx, &my);

	if ((cc->geom.w += mx * cc->hint.incw) < cc->hint.minw)
		cc->geom.w = cc->hint.minw;
	if ((cc->geom.h += my * cc->hint.inch) < cc->hint.minh)
		cc->geom.h = cc->hint.minh;
	if (cc->geom.x + cc->geom.w + cc->bwidth - 1 < 0)
		cc->geom.x = -(cc->geom.w + cc->bwidth - 1);
	if (cc->geom.y + cc->geom.h + cc->bwidth - 1 < 0)
		cc->geom.y = -(cc->geom.h + cc->bwidth - 1);

	client_resize(cc, 1);
	client_ptr_inbound(cc, 1);
	XSync(X_Dpy, True);
}

static void
kbfunc_client_resize_mb(void *ctx, struct cargs *cargs)
{
	struct client_ctx	*cc = ctx;
	struct screen_ctx	*sc = cc->sc;

	if (cc->flags & CLIENT_FREEZE)
		return;

	client_raise(cc);
	client_ptr_save(cc);

	if (Conf.resizeallcorners)
		kbfunc_client_resize_mb_corners(sc, cc);
	else
		kbfunc_client_resize_mb_original(sc, cc);

	/* Make sure the pointer stays within the window. */
	client_ptr_inbound(cc, 0);
}

static void
kbfunc_client_resize_mb_original(struct screen_ctx *sc, struct client_ctx *cc)
{
	int resize = 1;
	Time ltime = 0;
	XEvent ev;

	xu_ptr_set(cc->win, cc->geom.w, cc->geom.h);

	if (XGrabPointer(X_Dpy, cc->win, False, MOUSEMASK,
	    GrabModeAsync, GrabModeAsync, None, Conf.cursor[CF_RESIZE],
	    CurrentTime) != GrabSuccess)
		return;

	screen_prop_win_create(sc, cc->win);
	screen_prop_win_draw(sc, "%4d x %-4d", cc->dim.w, cc->dim.h);
	while (resize) {
		XMaskEvent(X_Dpy, MOUSEMASK, &ev);
		switch (ev.type) {
		case MotionNotify:
			/* not more than 60 times / second */
			if ((ev.xmotion.time - ltime) <= (1000 / 60))
				continue;
			ltime = ev.xmotion.time;

			cc->geom.w = ev.xmotion.x;
			cc->geom.h = ev.xmotion.y;
			client_apply_sizehints(cc);
			client_resize(cc, 1);
			screen_prop_win_draw(sc,
			    "%4d x %-4d", cc->dim.w, cc->dim.h);
			break;
		case ButtonRelease:
			resize = 0;
			break;
		}
	}
	if (ltime)
		client_resize(cc, 1);
	screen_prop_win_destroy(sc);
	XUngrabPointer(X_Dpy, CurrentTime);
}

static void
kbfunc_client_resize_mb_corners(struct screen_ctx *sc, struct client_ctx *cc)
{
 Cursor cursor;
 int resize = 1, orig_h, orig_w, orig_x, orig_y, x, y;
 Time ltime = 0;
 XEvent ev;

 xu_ptr_get(sc->rootwin, &x, &y);

 if (x < cc->geom.x + cc->geom.w / 2) {
  if (y < cc->geom.y + cc->geom.h / 2)
   cursor = Conf.cursor[CF_RESIZE_NW];
  else
   cursor = Conf.cursor[CF_RESIZE_SW];
 } else {
  if (y < cc->geom.y + cc->geom.h / 2)
   cursor = Conf.cursor[CF_RESIZE_NE];
  else
   cursor = Conf.cursor[CF_RESIZE_SE];
 }

 if (XGrabPointer(X_Dpy, cc->win, False, MOUSEMASK,
      GrabModeAsync, GrabModeAsync, None, cursor,
   CurrentTime) != GrabSuccess)
  return;

 orig_x = cc->geom.x;
 orig_y = cc->geom.y;
 orig_w = cc->geom.w;
 orig_h = cc->geom.h;
 orig_x = cc->geom.x;
 orig_y = cc->geom.y;
 orig_w = cc->geom.w;
 orig_h = cc->geom.h;

 screen_prop_win_create(sc, cc->win);
 screen_prop_win_draw(sc, "%4d x %-4d", cc->dim.w, cc->dim.h);

 while (resize) {
  XMaskEvent(X_Dpy, MOUSEMASK, &ev);
  switch (ev.type) {
   case MotionNotify:
    /* not more than 60 times / second */
    if ((ev.xmotion.time - ltime) <= (1000 / 60))
     continue;
    ltime = ev.xmotion.time;

    if (x - orig_x < orig_w / 2) {
     if (y - orig_y < orig_h / 2) {
      cc->geom.x = orig_x + ev.xmotion.x_root - x;
      cc->geom.w = orig_w - ev.xmotion.x_root + x;
      cc->geom.y = orig_y + ev.xmotion.y_root - y;
      cc->geom.h = orig_h - ev.xmotion.y_root + y;

      client_apply_sizehints(cc);

      cc->geom.x -= cc->geom.x + cc->geom.w - orig_x - orig_w;
      cc->geom.y -= cc->geom.y + cc->geom.h - orig_y - orig_h;
     } else {
      cc->geom.x = orig_x + ev.xmotion.x_root - x;
      cc->geom.w = orig_w - ev.xmotion.x_root + x;
      cc->geom.h = orig_h + ev.xmotion.y_root - y;

      client_apply_sizehints(cc);

      cc->geom.x -= cc->geom.x + cc->geom.w - orig_x - orig_w;
     }
    } else {
     if (y - orig_y < orig_h / 2) {
      cc->geom.w = orig_w + ev.xmotion.x_root - x;
      cc->geom.y = orig_y + ev.xmotion.y_root - y;
      cc->geom.h = orig_h - ev.xmotion.y_root + y;

      client_apply_sizehints(cc);

      cc->geom.y -= cc->geom.y + cc->geom.h - orig_y - orig_h;
     } else {
      cc->geom.w = orig_w + ev.xmotion.x_root - x;
      cc->geom.h = orig_h + ev.xmotion.y_root - y;

      client_apply_sizehints(cc);
     }
    }

    client_move(cc);
    client_resize(cc, 0);
    screen_prop_win_draw(sc,
      "%4d x %-4d", cc->dim.w, cc->dim.h);
    break;
   case ButtonRelease:
    resize = 0;
    break;
  }
 }

 if (ltime)
  client_resize(cc, 1);
 screen_prop_win_destroy(sc);
 XUngrabPointer(X_Dpy, CurrentTime);
 }

void
kbfunc_client_snap(void *ctx, struct cargs *cargs)
{
	struct client_ctx	*cc = ctx;
	struct screen_ctx	*sc = cc->sc;
	struct geom		 area;
	int			 flags;

	XRaiseWindow(X_Dpy, cc->win);

	area = screen_area(sc,
	    cc->geom.x + cc->geom.w / 2,
	    cc->geom.y + cc->geom.h / 2, 1);

	flags = cargs->flag;
	if (flags) {
		while (flags) {
			if (flags & CWM_UP) {
				cc->geom.y = area.y;
				flags &= ~CWM_UP;
			}
			if (flags & CWM_LEFT) {
				cc->geom.x = area.x;
				flags &= ~CWM_LEFT;
			}
			if (flags & CWM_RIGHT) {
				cc->geom.x = area.x + area.w - cc->geom.w - (cc->bwidth * 2);
				flags &= ~CWM_RIGHT;
			}
			if (flags & CWM_DOWN) {
				cc->geom.y = area.y + area.h - cc->geom.h - (cc->bwidth * 2);
				flags &= ~CWM_DOWN;
			}
		}
	} else {
		cc->geom.x = area.x + (area.w - cc->geom.w) / 2 - cc->bwidth;
		cc->geom.y = area.y + (area.h - cc->geom.h) / 2 - cc->bwidth;
	}

	client_move(cc);
	client_ptr_inbound(cc, 1);
}

void
kbfunc_client_tile(void *ctx, struct cargs *cargs)
{
	struct client_ctx *cc = ctx;
	struct screen_ctx *sc = cc->sc;
	struct geom area;
	int flags;

	XRaiseWindow(X_Dpy, cc->win);

	area = screen_area(sc,
	    cc->geom.x + cc->geom.w / 2,
	    cc->geom.y + cc->geom.h / 2, 1);

	flags = cargs->flag;

	if (flags & CWM_UP) {
		cc->geom.y = area.y;
		cc->geom.h = area.h / 2 - (cc->bwidth * 2) - cc->tgap;
	} else if (flags & CWM_DOWN) {
		cc->geom.y = area.y + area.h / 2;
		cc->geom.h = area.h / 2 - (cc->bwidth * 2);
	} else {
		cc->geom.y = area.y;
		cc->geom.h = area.h - (cc->bwidth * 2);
		/*cc->geom.y = area.y;*/
		/*cc->geom.h = area.h - (cc->bwidth * 2) - (cc->tgap / 2);*/
	}

	if (flags & CWM_LEFT) {
		cc->geom.x = area.x;
		cc->geom.w = area.w / 2 - (cc->bwidth * 2) - cc->tgap;
	} else if (flags & CWM_RIGHT) {
		cc->geom.x = area.x + area.w / 2;
		cc->geom.w = area.w / 2 - (cc->bwidth * 2);
	} else {
		cc->geom.x = area.x;
		cc->geom.w = area.w - (cc->bwidth * 2) - (cc->tgap / 2);
 	}

	client_resize(cc, 1);
 	client_move(cc);
 	client_ptr_inbound(cc, 1);
	XSync(X_Dpy, True);
}

void
kbfunc_client_close(void *ctx, struct cargs *cargs)
{
	client_close(ctx);
}

void
kbfunc_client_lower(void *ctx, struct cargs *cargs)
{
	client_ptr_save(ctx);
	client_lower(ctx);
}

void
kbfunc_client_raise(void *ctx, struct cargs *cargs)
{
	client_raise(ctx);
}

void
kbfunc_client_center (void *ctx, struct cargs *cargs)
{
	client_center(ctx);
}

void
kbfunc_client_grow (void *ctx, struct cargs *cargs)
{
	client_grow(ctx);
}

void
kbfunc_client_shrink (void *ctx, struct cargs *cargs)
{
	client_shrink(ctx);
}

void
kbfunc_client_hide(void *ctx, struct cargs *cargs)
{
	client_hide(ctx);
}

void
kbfunc_client_toggle_freeze(void *ctx, struct cargs *cargs)
{
	client_toggle_freeze(ctx);
}

void
kbfunc_client_toggle_sticky(void *ctx, struct cargs *cargs)
{
	client_toggle_sticky(ctx);
}

void
kbfunc_client_toggle_fullscreen(void *ctx, struct cargs *cargs)
{
	client_toggle_fullscreen(ctx);
}

void
kbfunc_client_toggle_maximize(void *ctx, struct cargs *cargs)
{
	client_toggle_maximize(ctx);
}

void
kbfunc_client_toggle_hmaximize(void *ctx, struct cargs *cargs)
{
	client_toggle_hmaximize(ctx);
}

void
kbfunc_client_toggle_vmaximize(void *ctx, struct cargs *cargs)
{
	client_toggle_vmaximize(ctx);
}

void
kbfunc_client_htile(void *ctx, struct cargs *cargs)
{
	client_htile(ctx);
}

void
kbfunc_client_vtile(void *ctx, struct cargs *cargs)
{
	client_vtile(ctx);
}

void
kbfunc_client_cycle(void *ctx, struct cargs *cargs)
{
	struct screen_ctx	*sc = ctx;
	struct client_ctx	*newcc, *oldcc, *prevcc;
	int			 again = 1, flags = cargs->flag;

	/* For X apps that ignore/steal events. */
	if (cargs->xev == CWM_XEV_KEY)
		XGrabKeyboard(X_Dpy, sc->rootwin, True,
		    GrabModeAsync, GrabModeAsync, CurrentTime);

	if (TAILQ_EMPTY(&sc->clientq))
		return;

	prevcc = TAILQ_FIRST(&sc->clientq);
	oldcc = client_current(sc);
	if (oldcc == NULL)
		oldcc = (flags & CWM_CYCLE_REVERSE) ?
		    TAILQ_LAST(&sc->clientq, client_q) :
		    TAILQ_FIRST(&sc->clientq);

	newcc = oldcc;
	while (again) {
		again = 0;

		newcc = (flags & CWM_CYCLE_REVERSE) ? client_prev(newcc) :
		    client_next(newcc);

		/* Only cycle visible and non-ignored windows. */
		if ((newcc->flags & (CLIENT_SKIP_CYCLE)) ||
		    ((flags & CWM_CYCLE_INGROUP) &&
		    (newcc->gc != oldcc->gc)))
			again = 1;

		/* Is oldcc the only non-hidden window? */
		if (newcc == oldcc) {
			if (again)
				return;	/* No windows visible. */
			break;
		}
	}

	/* Reset when cycling mod is released. XXX I hate this hack */
	sc->cycling = 1;
	client_ptr_save(oldcc);
	client_raise(prevcc);
	client_raise(newcc);
	if (!client_inbound(newcc, newcc->ptr.x, newcc->ptr.y)) {
		newcc->ptr.x = newcc->geom.w / 2;
		newcc->ptr.y = newcc->geom.h / 2;
	}
	client_ptr_warp(newcc);

	/* When no client is active, warp pointer to last active. */
	if (oldcc->flags & (CLIENT_ACTIVE))
		client_ptr_warp(newcc);
	else if (oldcc->flags & (CLIENT_SKIP_CYCLE))
		client_ptr_warp(newcc);
	else {
		client_raise(oldcc);
		client_ptr_warp(oldcc);
	}
}

void
kbfunc_client_toggle_group(void *ctx, struct cargs *cargs)
{
	struct client_ctx	*cc = ctx;

	/* For X apps that ignore/steal events. */
	if (cargs->xev == CWM_XEV_KEY)
		XGrabKeyboard(X_Dpy, cc->win, True,
		    GrabModeAsync, GrabModeAsync, CurrentTime);

	group_toggle_membership(cc);
}

void
kbfunc_client_movetogroup(void *ctx, struct cargs *cargs)
{
	group_movetogroup(ctx, cargs->flag);
}

void
kbfunc_group_only(void *ctx, struct cargs *cargs)
{
	group_only(ctx, cargs->flag);
}

void
kbfunc_group_last(void *ctx, struct cargs *cargs)
{
	struct screen_ctx	*sc = ctx;

	group_only(ctx, sc->group_last->num);
}

void
kbfunc_group_toggle(void *ctx, struct cargs *cargs)
{
	group_toggle(ctx, cargs->flag);
}

void
kbfunc_group_toggle_all(void *ctx, struct cargs *cargs)
{
	group_toggle_all(ctx);
}

void
kbfunc_group_close(void *ctx, struct cargs *cargs)
{
	group_close(ctx, cargs->flag);
}

void
kbfunc_group_cycle(void *ctx, struct cargs *cargs)
{
	group_cycle(ctx, cargs->flag);
}

void
kbfunc_exec_cmd(void *ctx, struct cargs *cargs)
{
	u_spawn(cargs->cmd);
}

void
kbfunc_exec_term(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "term") == 0)
			u_spawn(cmd->path);
	}
}

void
kbfunc_exec_lock(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "lock") == 0)
			u_spawn(cmd->path);
	}
}

void
kbfunc_exec_dmenu(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "dmenu") == 0)
			u_spawn(cmd->path);
	}
}

void
kbfunc_exec_dextra(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "dextra") == 0)
			u_spawn(cmd->path);
	}
}

void
kbfunc_exec_dprint(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "dprint") == 0)
			u_spawn(cmd->path);
	}
}

void
kbfunc_exec_teleporter(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "teleporter") == 0)
			u_spawn(cmd->path);
	}
}

void
kbfunc_exec_vol_up(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "vol-up") == 0)
			u_spawn(cmd->path);
	}
}

void
kbfunc_exec_vol_down(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "vol-down") == 0)
			u_spawn(cmd->path);
	}
}

void
kbfunc_exec_vol_mute(void *ctx, struct cargs *cargs)
{
	struct cmd_ctx	*cmd;

	TAILQ_FOREACH(cmd, &Conf.cmdq, entry) {
		if (strcmp(cmd->name, "vol-mute") == 0)
			u_spawn(cmd->path);
	}
}