NetBSD/usr.sbin/sysinst/configmenu.c

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Rework internal data structures and "interfaces to user interface" functions to get rid of all disklabel assumptions. Previously (even for GPT partitioning) struct disklabel was used, which obviously breaks large disk setups. Also many MD parts and parts of the user interface assumed (a) a struct disklabel is used internally to store partitioning information and (b) partitions are named 'a' ... $MAXPART. Get rid of this and replace it with a quite abstract interface that should be able to deal with all variants in partition storage: - partitions are stored in a (partly abstract) struct disk_partitions and most parts of it are only accessed via accessor functions provided by a "partitioning scheme". - implement partitioning schemes for MBR, disklabel and GPT (with likely RDB [amiga] and Apple Partition Map [mac*] to follow soon) - partitioning schemes may be cascaded, e.g. on x86 when using MBR as "outer partitions", we have disklabel as "inner partitions". - all user interface goes via accessor functions in the partitioning scheme, some of which return pointers to special user interface descriptors (e.g. to allow editing partition flags, which are scheme specific) Overall the user interface changes (in this initial step) are minimal but noticable. A new Anita is needed for automatic test setups - many thanks to Andreas Gustafsson for lots of early testing and a new Anita version, and to Manuel Bouyer for cooperation and tests of the Anita release. This work was sponsored by The NetBSD Foundation, Inc.
2019-06-12 09:20:17 +03:00
/* $NetBSD: configmenu.c,v 1.6 2019/06/12 06:20:17 martin Exp $ */
/*-
* Copyright (c) 2012 The NetBSD Foundation, Inc.
* All rights reserved.
*
* This code is derived from software contributed to The NetBSD Foundation
* by Jeffrey C. Rizzo
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
*
* THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS
* ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
* TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS
* BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
* CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
* POSSIBILITY OF SUCH DAMAGE.
*/
/* configmenu.c -- post-installation system configuration menu. */
#include <stdio.h>
#include <curses.h>
#include <unistd.h>
#include <errno.h>
#include "defs.h"
#include "msg_defs.h"
#include "menu_defs.h"
static int set_network(struct menudesc*, void *);
static int set_timezone_menu(struct menudesc *, void *);
static int set_root_shell(struct menudesc *, void *);
static int change_root_password(struct menudesc *, void *);
static int add_new_user(struct menudesc *, void *);
static int set_binpkg(struct menudesc *, void *);
static int set_pkgsrc(struct menudesc *, void *);
static void config_list_init(void);
static void get_rootsh(void);
static int toggle_rcvar(struct menudesc *, void *);
static void configmenu_hdr(struct menudesc *, void *);
static int check_root_password(void);
char pkgpath[STRSIZE];
char pkgsrcpath[STRSIZE];
extern const char *tz_default;
enum {
CONFIGOPT_NETCONF,
CONFIGOPT_TZ,
CONFIGOPT_ROOTSH,
CONFIGOPT_ROOTPW,
CONFIGOPT_BINPKG,
CONFIGOPT_PKGSRC,
CONFIGOPT_SSHD,
CONFIGOPT_NTPD,
CONFIGOPT_NTPDATE,
CONFIGOPT_MDNSD,
CONFIGOPT_XDM,
CONFIGOPT_CGD,
CONFIGOPT_LVM,
CONFIGOPT_RAIDFRAME,
CONFIGOPT_ADDUSER,
CONFIGOPT_LAST
};
typedef struct configinfo {
const char *optname;
uint opt;
const char *rcvar;
int (*action)(struct menudesc *, void *);
const char *setting;
} configinfo;
configinfo config_list[] = {
{MSG_Configure_network, CONFIGOPT_NETCONF, NULL, set_network, MSG_configure},
{MSG_timezone, CONFIGOPT_TZ, NULL, set_timezone_menu, NULL},
{MSG_Root_shell, CONFIGOPT_ROOTSH, NULL, set_root_shell, NULL},
{MSG_change_rootpw, CONFIGOPT_ROOTPW, NULL, change_root_password, MSG_change},
{MSG_enable_binpkg, CONFIGOPT_BINPKG, NULL, set_binpkg, MSG_install},
{MSG_get_pkgsrc, CONFIGOPT_PKGSRC, NULL, set_pkgsrc, MSG_install},
{MSG_enable_sshd, CONFIGOPT_SSHD, "sshd", toggle_rcvar, NULL},
{MSG_enable_ntpd, CONFIGOPT_NTPD, "ntpd", toggle_rcvar, NULL},
{MSG_run_ntpdate, CONFIGOPT_NTPDATE, "ntpdate", toggle_rcvar, NULL},
{MSG_enable_mdnsd, CONFIGOPT_MDNSD, "mdnsd", toggle_rcvar, NULL},
{MSG_enable_xdm, CONFIGOPT_XDM, "xdm", toggle_rcvar, NULL},
{MSG_enable_cgd, CONFIGOPT_CGD, "cgd", toggle_rcvar, NULL},
{MSG_enable_lvm, CONFIGOPT_LVM, "lvm", toggle_rcvar, NULL},
{MSG_enable_raid, CONFIGOPT_RAIDFRAME, "raidframe", toggle_rcvar, NULL},
{MSG_add_a_user, CONFIGOPT_ADDUSER, NULL, add_new_user, ""},
{NULL, CONFIGOPT_LAST, NULL, NULL, NULL}
};
static void
config_list_init(void)
{
int i;
for (i=0; i < CONFIGOPT_LAST; i++) {
switch (i) {
case CONFIGOPT_TZ:
get_tz_default();
config_list[CONFIGOPT_TZ].setting = tz_default;
break;
case CONFIGOPT_ROOTSH:
get_rootsh();
break;
case CONFIGOPT_ROOTPW:
if (check_root_password())
config_list[i].setting = MSG_password_set;
else
config_list[i].setting = MSG_empty;
break;
default:
if (config_list[i].rcvar != NULL) {
if (check_rcvar(config_list[i].rcvar))
config_list[i].setting = MSG_YES;
else
config_list[i].setting = MSG_NO;
}
break;
}
}
}
static void
get_rootsh(void)
{
static char *buf = NULL;
if (buf != NULL)
free(buf);
if (target_already_root())
collect(T_OUTPUT, &buf,
"/usr/bin/awk -F: '$1==\"root\" { print $NF; exit }'"
" /etc/passwd");
else
collect(T_OUTPUT, &buf,
"chroot %s /usr/bin/awk -F: '$1==\"root\" { print $NF; exit }'"
" /etc/passwd",target_prefix());
config_list[CONFIGOPT_ROOTSH].setting = (const char *)buf;
}
static void
set_config(menudesc *menu, int opt, void *arg)
{
configinfo **configp = arg;
configinfo *config = configp[opt];
const char *optname, *setting;
optname = config->optname;
setting = msg_string(config->setting);
wprintw(menu->mw, "%-50s %-10s", msg_string(optname), setting);
}
static int
init_config_menu(configinfo *conf, menu_ent *me, configinfo **ce)
{
int opt;
int configopts;
for (configopts = 0; ; conf++) {
opt = conf->opt;
if (opt == CONFIGOPT_LAST)
break;
*ce = conf;
me->opt_menu = OPT_NOMENU;
me->opt_flags = 0;
me->opt_name = NULL; /* NULL so set_config will draw */
Rework internal data structures and "interfaces to user interface" functions to get rid of all disklabel assumptions. Previously (even for GPT partitioning) struct disklabel was used, which obviously breaks large disk setups. Also many MD parts and parts of the user interface assumed (a) a struct disklabel is used internally to store partitioning information and (b) partitions are named 'a' ... $MAXPART. Get rid of this and replace it with a quite abstract interface that should be able to deal with all variants in partition storage: - partitions are stored in a (partly abstract) struct disk_partitions and most parts of it are only accessed via accessor functions provided by a "partitioning scheme". - implement partitioning schemes for MBR, disklabel and GPT (with likely RDB [amiga] and Apple Partition Map [mac*] to follow soon) - partitioning schemes may be cascaded, e.g. on x86 when using MBR as "outer partitions", we have disklabel as "inner partitions". - all user interface goes via accessor functions in the partitioning scheme, some of which return pointers to special user interface descriptors (e.g. to allow editing partition flags, which are scheme specific) Overall the user interface changes (in this initial step) are minimal but noticable. A new Anita is needed for automatic test setups - many thanks to Andreas Gustafsson for lots of early testing and a new Anita version, and to Manuel Bouyer for cooperation and tests of the Anita release. This work was sponsored by The NetBSD Foundation, Inc.
2019-06-12 09:20:17 +03:00
me->opt_exp_name = NULL;
me->opt_action = conf->action;
configopts++;
ce++;
me++;
}
return configopts;
}
static int
/*ARGSUSED*/
set_timezone_menu(struct menudesc *menu, void *arg)
{
configinfo **confp = arg;
set_timezone();
get_tz_default();
confp[menu->cursel]->setting = tz_default;
return 0;
}
static int
set_root_shell(struct menudesc *menu, void *arg)
{
configinfo **confp = arg;
process_menu(MENU_rootsh, &confp[menu->cursel]->setting);
if (run_program(RUN_PROGRESS | RUN_CHROOT,
"chpass -s %s root", confp[menu->cursel]->setting) != 0)
confp[menu->cursel]->setting = MSG_failed;
return 0;
}
static int
set_network(struct menudesc *menu, void *arg)
{
network_up = 0;
if (config_network())
mnt_net_config();
return 0;
}
static int
check_root_password(void)
{
char *buf;
int rval;
if (target_already_root())
collect(T_OUTPUT, &buf, "getent passwd root | cut -d: -f2");
else
collect(T_OUTPUT, &buf, "chroot %s getent passwd root | "
"chroot %s cut -d: -f2",
target_prefix(), target_prefix());
if (logfp)
fprintf(logfp,"buf %s strlen(buf) %zu\n", buf, strlen(buf));
if (strlen(buf) <= 1) /* newline */
rval = 0;
else
rval = 1;
free(buf);
return rval;
}
static int
add_new_user(struct menudesc *menu, void *arg)
{
char username[STRSIZE] = "";
int inwheel=0;
msg_prompt(MSG_addusername, NULL, username, sizeof username -1);
if (strlen(username) == 0)
return 0;
inwheel = ask_yesno(MSG_addusertowheel);
ushell = "/bin/csh";
process_menu(MENU_usersh, NULL);
if (inwheel)
run_program(RUN_PROGRESS | RUN_CHROOT,
"/usr/sbin/useradd -m -s %s -G wheel %s",
ushell, username);
else
run_program(RUN_PROGRESS | RUN_CHROOT,
"/usr/sbin/useradd -m -s %s %s", ushell, username);
run_program(RUN_DISPLAY | RUN_PROGRESS | RUN_CHROOT,
"passwd -l %s", username);
return 0;
}
static int
change_root_password(struct menudesc *menu, void *arg)
{
configinfo **confp = arg;
msg_display(MSG_rootpw);
if (ask_yesno(NULL)) {
if (run_program(RUN_DISPLAY | RUN_PROGRESS | RUN_CHROOT,
"passwd -l root") == 0)
confp[menu->cursel]->setting = MSG_password_set;
else
confp[menu->cursel]->setting = MSG_failed;
}
return 0;
}
static int
set_binpkg(struct menudesc *menu, void *arg)
{
configinfo **confp = arg;
char additional_pkgs[STRSIZE] = {0};
char pattern[STRSIZE];
int allok = 0;
arg_rv parm;
do {
parm.rv = -1;
parm.arg = additional_pkgs;
process_menu(MENU_binpkg, &parm);
if (parm.rv == SET_SKIP) {
confp[menu->cursel]->setting = MSG_abandoned;
return 0;
}
make_url(pkgpath, &pkg, pkg_dir);
if (run_program(RUN_DISPLAY | RUN_PROGRESS | RUN_CHROOT,
"pkg_add %s/pkgin", pkgpath) == 0) {
allok = 1;
}
} while (allok == 0);
/* configure pkgin to use $pkgpath as a repository */
snprintf(pattern, STRSIZE, "s,^[^#].*$,%s,", pkgpath);
replace("/usr/pkg/etc/pkgin/repositories.conf", pattern);
run_program(RUN_DISPLAY | RUN_PROGRESS | RUN_CHROOT,
"/usr/pkg/bin/pkgin -y update");
if (strlen(additional_pkgs) > 0)
run_program(RUN_DISPLAY | RUN_PROGRESS | RUN_CHROOT,
"/usr/pkg/bin/pkgin -y install %s", additional_pkgs);
Rework internal data structures and "interfaces to user interface" functions to get rid of all disklabel assumptions. Previously (even for GPT partitioning) struct disklabel was used, which obviously breaks large disk setups. Also many MD parts and parts of the user interface assumed (a) a struct disklabel is used internally to store partitioning information and (b) partitions are named 'a' ... $MAXPART. Get rid of this and replace it with a quite abstract interface that should be able to deal with all variants in partition storage: - partitions are stored in a (partly abstract) struct disk_partitions and most parts of it are only accessed via accessor functions provided by a "partitioning scheme". - implement partitioning schemes for MBR, disklabel and GPT (with likely RDB [amiga] and Apple Partition Map [mac*] to follow soon) - partitioning schemes may be cascaded, e.g. on x86 when using MBR as "outer partitions", we have disklabel as "inner partitions". - all user interface goes via accessor functions in the partitioning scheme, some of which return pointers to special user interface descriptors (e.g. to allow editing partition flags, which are scheme specific) Overall the user interface changes (in this initial step) are minimal but noticable. A new Anita is needed for automatic test setups - many thanks to Andreas Gustafsson for lots of early testing and a new Anita version, and to Manuel Bouyer for cooperation and tests of the Anita release. This work was sponsored by The NetBSD Foundation, Inc.
2019-06-12 09:20:17 +03:00
hit_enter_to_continue(MSG_binpkg_installed, NULL);
confp[menu->cursel]->setting = MSG_DONE;
return 0;
}
static int
set_pkgsrc(struct menudesc *menu, void *arg)
{
configinfo **confp = arg;
distinfo dist;
dist.name = "pkgsrc";
dist.set = SET_PKGSRC;
dist.desc = "source for 3rd-party packages";
dist.marker_file = NULL;
int status = SET_RETRY;
do {
status = get_pkgsrc();
if (status == SET_OK) {
status = extract_file(&dist, 0);
continue;
} else if (status == SET_SKIP) {
confp[menu->cursel]->setting = MSG_abandoned;
return 0;
}
if (!ask_yesno(MSG_retry_pkgsrc_network)) {
confp[menu->cursel]->setting = MSG_abandoned;
return 1;
}
}
while (status == SET_RETRY);
confp[menu->cursel]->setting = MSG_DONE;
return 0;
}
static int
toggle_rcvar(struct menudesc *menu, void *arg)
{
configinfo **confp = arg;
int s;
const char *setting, *varname;
char pattern[STRSIZE];
char buf[STRSIZE];
char *cp;
int found = 0;
FILE *fp;
varname = confp[menu->cursel]->rcvar;
s = check_rcvar(varname);
/* we're toggling, so invert the sense */
if (s) {
confp[menu->cursel]->setting = MSG_NO;
setting = "NO";
} else {
confp[menu->cursel]->setting = MSG_YES;
setting = "YES";
}
if (!(fp = fopen(target_expand("/etc/rc.conf"), "r"))) {
Rework internal data structures and "interfaces to user interface" functions to get rid of all disklabel assumptions. Previously (even for GPT partitioning) struct disklabel was used, which obviously breaks large disk setups. Also many MD parts and parts of the user interface assumed (a) a struct disklabel is used internally to store partitioning information and (b) partitions are named 'a' ... $MAXPART. Get rid of this and replace it with a quite abstract interface that should be able to deal with all variants in partition storage: - partitions are stored in a (partly abstract) struct disk_partitions and most parts of it are only accessed via accessor functions provided by a "partitioning scheme". - implement partitioning schemes for MBR, disklabel and GPT (with likely RDB [amiga] and Apple Partition Map [mac*] to follow soon) - partitioning schemes may be cascaded, e.g. on x86 when using MBR as "outer partitions", we have disklabel as "inner partitions". - all user interface goes via accessor functions in the partitioning scheme, some of which return pointers to special user interface descriptors (e.g. to allow editing partition flags, which are scheme specific) Overall the user interface changes (in this initial step) are minimal but noticable. A new Anita is needed for automatic test setups - many thanks to Andreas Gustafsson for lots of early testing and a new Anita version, and to Manuel Bouyer for cooperation and tests of the Anita release. This work was sponsored by The NetBSD Foundation, Inc.
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msg_display(MSG_openfail, target_expand("/etc/rc.conf"),
strerror(errno));
hit_enter_to_continue(NULL, NULL);
return 0;
}
while (fgets(buf, sizeof buf, fp) != NULL) {
cp = buf + strspn(buf, " \t"); /* Skip initial spaces */
if (strncmp(cp, varname, strlen(varname)) == 0) {
cp += strlen(varname);
if (*cp != '=')
continue;
buf[strlen(buf) - 1] = 0;
snprintf(pattern, sizeof pattern,
"s,^%s$,%s=%s,",
buf, varname, setting);
found = 1;
break;
}
}
fclose(fp);
if (!found) {
add_rc_conf("%s=%s\n", varname, setting);
if (logfp) {
fprintf(logfp, "adding %s=%s\n", varname, setting);
fflush(logfp);
}
} else {
if (logfp) {
fprintf(logfp, "replacement pattern is %s\n", pattern);
fflush(logfp);
}
replace("/etc/rc.conf", pattern);
}
return 0;
}
static void
configmenu_hdr(struct menudesc *menu, void *arg)
{
msg_display(MSG_configmenu);
}
void
Rework internal data structures and "interfaces to user interface" functions to get rid of all disklabel assumptions. Previously (even for GPT partitioning) struct disklabel was used, which obviously breaks large disk setups. Also many MD parts and parts of the user interface assumed (a) a struct disklabel is used internally to store partitioning information and (b) partitions are named 'a' ... $MAXPART. Get rid of this and replace it with a quite abstract interface that should be able to deal with all variants in partition storage: - partitions are stored in a (partly abstract) struct disk_partitions and most parts of it are only accessed via accessor functions provided by a "partitioning scheme". - implement partitioning schemes for MBR, disklabel and GPT (with likely RDB [amiga] and Apple Partition Map [mac*] to follow soon) - partitioning schemes may be cascaded, e.g. on x86 when using MBR as "outer partitions", we have disklabel as "inner partitions". - all user interface goes via accessor functions in the partitioning scheme, some of which return pointers to special user interface descriptors (e.g. to allow editing partition flags, which are scheme specific) Overall the user interface changes (in this initial step) are minimal but noticable. A new Anita is needed for automatic test setups - many thanks to Andreas Gustafsson for lots of early testing and a new Anita version, and to Manuel Bouyer for cooperation and tests of the Anita release. This work was sponsored by The NetBSD Foundation, Inc.
2019-06-12 09:20:17 +03:00
do_configmenu(struct install_partition_desc *install)
{
int menu_no;
int opts;
menu_ent me[CONFIGOPT_LAST];
configinfo *ce[CONFIGOPT_LAST];
Rework internal data structures and "interfaces to user interface" functions to get rid of all disklabel assumptions. Previously (even for GPT partitioning) struct disklabel was used, which obviously breaks large disk setups. Also many MD parts and parts of the user interface assumed (a) a struct disklabel is used internally to store partitioning information and (b) partitions are named 'a' ... $MAXPART. Get rid of this and replace it with a quite abstract interface that should be able to deal with all variants in partition storage: - partitions are stored in a (partly abstract) struct disk_partitions and most parts of it are only accessed via accessor functions provided by a "partitioning scheme". - implement partitioning schemes for MBR, disklabel and GPT (with likely RDB [amiga] and Apple Partition Map [mac*] to follow soon) - partitioning schemes may be cascaded, e.g. on x86 when using MBR as "outer partitions", we have disklabel as "inner partitions". - all user interface goes via accessor functions in the partitioning scheme, some of which return pointers to special user interface descriptors (e.g. to allow editing partition flags, which are scheme specific) Overall the user interface changes (in this initial step) are minimal but noticable. A new Anita is needed for automatic test setups - many thanks to Andreas Gustafsson for lots of early testing and a new Anita version, and to Manuel Bouyer for cooperation and tests of the Anita release. This work was sponsored by The NetBSD Foundation, Inc.
2019-06-12 09:20:17 +03:00
memset(me, 0, sizeof(me));
/* if the target isn't mounted already, figure it out. */
Rework internal data structures and "interfaces to user interface" functions to get rid of all disklabel assumptions. Previously (even for GPT partitioning) struct disklabel was used, which obviously breaks large disk setups. Also many MD parts and parts of the user interface assumed (a) a struct disklabel is used internally to store partitioning information and (b) partitions are named 'a' ... $MAXPART. Get rid of this and replace it with a quite abstract interface that should be able to deal with all variants in partition storage: - partitions are stored in a (partly abstract) struct disk_partitions and most parts of it are only accessed via accessor functions provided by a "partitioning scheme". - implement partitioning schemes for MBR, disklabel and GPT (with likely RDB [amiga] and Apple Partition Map [mac*] to follow soon) - partitioning schemes may be cascaded, e.g. on x86 when using MBR as "outer partitions", we have disklabel as "inner partitions". - all user interface goes via accessor functions in the partitioning scheme, some of which return pointers to special user interface descriptors (e.g. to allow editing partition flags, which are scheme specific) Overall the user interface changes (in this initial step) are minimal but noticable. A new Anita is needed for automatic test setups - many thanks to Andreas Gustafsson for lots of early testing and a new Anita version, and to Manuel Bouyer for cooperation and tests of the Anita release. This work was sponsored by The NetBSD Foundation, Inc.
2019-06-12 09:20:17 +03:00
if (install != NULL && target_mounted() == 0) {
partman_go = 0;
if (find_disks(msg_string(MSG_configure_prior)) < 0)
return;
Rework internal data structures and "interfaces to user interface" functions to get rid of all disklabel assumptions. Previously (even for GPT partitioning) struct disklabel was used, which obviously breaks large disk setups. Also many MD parts and parts of the user interface assumed (a) a struct disklabel is used internally to store partitioning information and (b) partitions are named 'a' ... $MAXPART. Get rid of this and replace it with a quite abstract interface that should be able to deal with all variants in partition storage: - partitions are stored in a (partly abstract) struct disk_partitions and most parts of it are only accessed via accessor functions provided by a "partitioning scheme". - implement partitioning schemes for MBR, disklabel and GPT (with likely RDB [amiga] and Apple Partition Map [mac*] to follow soon) - partitioning schemes may be cascaded, e.g. on x86 when using MBR as "outer partitions", we have disklabel as "inner partitions". - all user interface goes via accessor functions in the partitioning scheme, some of which return pointers to special user interface descriptors (e.g. to allow editing partition flags, which are scheme specific) Overall the user interface changes (in this initial step) are minimal but noticable. A new Anita is needed for automatic test setups - many thanks to Andreas Gustafsson for lots of early testing and a new Anita version, and to Manuel Bouyer for cooperation and tests of the Anita release. This work was sponsored by The NetBSD Foundation, Inc.
2019-06-12 09:20:17 +03:00
if (mount_disks(install) != 0)
return;
}
config_list_init();
make_url(pkgpath, &pkg, pkg_dir);
opts = init_config_menu(config_list, me, ce);
wrefresh(curscr);
wmove(stdscr, 0, 0);
wclear(stdscr);
wrefresh(stdscr);
menu_no = new_menu(NULL, me, opts, 0, -4, 0, 70,
MC_SCROLL | MC_NOBOX | MC_DFLTEXIT,
configmenu_hdr, set_config, NULL, "XXX Help String",
MSG_doneconfig);
process_menu(menu_no, ce);
free_menu(menu_no);
}