src/popupwin.c
int
popup_win_closed(win_T *win)
{
    int	    round;
    win_T   *wp;
    win_T   *next;
    int	    ret = FALSE;

    for (round = 1; round <= 2; ++round)
	for (wp = round == 1 ? first_popupwin : curtab->tp_first_popupwin;
							 wp != NULL; wp = next)
	{
	    next = wp->w_next;
	    if (wp->w_popup_prop_win == win)
	    {
		popup_close_with_retval(wp, -1);
		ret = TRUE;
	    }
	}
    return ret;
}
/*
 * Close any popup for a text property associated with "win".
 * Return TRUE if a popup was closed.
 */
Close any popup for a text property associated with "win".
Return TRUE if a popup was closed.
Close any popup for a text property associated with " win " . Return TRUE if a popup was closed .
int
popup_win_closed(win_T *win)
{
    int	    round;
    win_T   *wp;
    win_T   *next;
    int	    ret = FALSE;
    for (round = 1; round <= 2; ++round)
	for (wp = round == 1 ? first_popupwin : curtab->tp_first_popupwin;
							 wp != NULL; wp = next)
	{
	    next = wp->w_next;
	    if (wp->w_popup_prop_win == win)
	    {
		popup_close_with_retval(wp, -1);
		ret = TRUE;
	    }
	}
    return ret;
}
int popup_win_closed ( win_T * win ) { int round ; win_T * wp ; win_T * next ; int ret = FALSE ; for ( round = 1 ; round <= 2 ; ++ round ) for ( wp = round == 1 ? first_popupwin : curtab -> tp_first_popupwin ; wp != NULL ; wp = next ) { next = wp -> w_next ; if ( wp -> w_popup_prop_win == win ) { popup_close_with_retval ( wp , -1 ) ; ret = TRUE ; } } return ret ; }
Close any popup for a text property associated with "win".
Close any popup for a text property associated with " win " .