static rc_t vdi_report_repository( const KRepository * repo, const char * prefix, int idx, bool full )
{
KRepCategory cat = KRepositoryCategory( repo );
KRepSubCategory subcat = KRepositorySubCategory( repo );
rc_t rc = KOutMsg( " repo.%s #%d:\n", prefix, idx );
if ( rc == 0 )
rc = KOutMsg( " - category : %s.%s\n", KRepCategory_to_str( cat ), KRepSubCategory_to_str( subcat ) );
if ( rc == 0 )
rc = vdi_report_repo_str( repo, "name", KRepositoryName );
if ( rc == 0 )
rc = KOutMsg( " - disabled : %s\n", yes_or_no( KRepositoryDisabled( repo ) ) );
if ( full )
{
if ( rc == 0 ) rc = vdi_report_repo_str( repo, "displayname", KRepositoryDisplayName );
if ( rc == 0 ) rc = vdi_report_repo_str( repo, "root", KRepositoryRoot );
if ( rc == 0 ) rc = vdi_report_repo_str( repo, "resolver", KRepositoryResolver );
if ( rc == 0 )
rc = KOutMsg( " - cached : %s\n", yes_or_no( KRepositoryCacheEnabled( repo ) ) );
if ( rc == 0 ) rc = vdi_report_repo_str( repo, "ticket", KRepositoryDownloadTicket );
if ( rc == 0 ) rc = vdi_report_repo_str( repo, "key", KRepositoryEncryptionKey );
if ( rc == 0 ) rc = vdi_report_repo_str( repo, "keyfile", KRepositoryEncryptionKeyFile );
if ( rc == 0 ) rc = vdi_report_repo_str( repo, "desc", KRepositoryDescription );
if ( rc == 0 )
{
uint32_t prj_id;
rc_t rc1 = KRepositoryProjectId( repo, &prj_id );
if ( rc1 == 0 ) rc = KOutMsg( " - prj-id : %d\n", prj_id );
}
}
if ( rc == 0 ) rc = KOutMsg( "\n" );
return rc;
}
/*
* check_members - check that every members of a group exist
*
* If an error is detected, *errors is incremented.
*
* The user will be prompted for the removal of the non-existent
* user.
*
* If any changes are performed, the return value will be 1,
* otherwise check_members() returns 0.
*
* fmt_info, fmt_prompt, and fmt_syslog are used for logging.
* * fmt_info must contain two string flags (%s): for the group's
* name and the missing member.
* * fmt_prompt must contain one string flags (%s): the missing
* member.
* * fmt_syslog must contain two string flags (%s): for the
* group's name and the missing member.
*/
static int check_members (const char *groupname,
char **members,
const char *fmt_info,
const char *fmt_prompt,
const char *fmt_syslog,
int *errors)
{
int i;
int members_changed = 0;
/*
* Make sure each member exists
*/
for (i = 0; NULL != members[i]; i++) {
/* local, no need for xgetpwnam */
if (getpwnam (members[i]) != NULL) {
continue;
}
/*
* Can't find this user. Remove them
* from the list.
*/
*errors += 1;
printf (fmt_info, groupname, members[i]);
printf (fmt_prompt, members[i]);
if (!yes_or_no (read_only)) {
continue;
}
SYSLOG ((LOG_INFO, fmt_syslog, members[i], groupname));
members_changed = 1;
delete_member (members, members[i]);
/* Rewind in case of removal */
i--;
}
return members_changed;
}
static rc_t vdi_report_repo_vector( const KRepositoryMgr * repomgr, const KRepCategory cat,
int32_t select, bool full )
{
rc_t rc = 0;
catfunc f = vdi_get_catfunc( cat );
if ( f != NULL )
{
KRepositoryVector v;
rc = f( repomgr, &v );
if ( rc == 0 )
{
const char * prefix = KRepCategory_to_prefix( cat );
uint32_t idx, len = VectorLength( &v );
bool disabled = KRepositoryMgrCategoryDisabled( repomgr, cat );
rc = KOutMsg( "repo.%s --> disabled: %s, %d subrepositories )\n", prefix, yes_or_no( disabled ), len );
for ( idx = 0; rc == 0 && idx < len; ++idx )
{
if ( select == idx || !full )
rc = vdi_report_repository( VectorGet( &v, idx ), prefix, idx, full );
}
KRepositoryVectorWhack( &v );
}
}
return rc;
}
Sint32 vbutton::do_call(Sint32 whatfunc, Sint32 arg)
{
switch (whatfunc)
{
case BEGINMENU:
return beginmenu(arg);
case CREATE_TEAM_MENU:
return create_team_menu(arg);
case SET_PLAYER_MODE:
return set_player_mode(arg);
case QUIT_MENU:
quit(arg);
return 1;
case CREATE_VIEW_MENU:
return create_view_menu(arg);
case CREATE_EDIT_MENU:
return create_edit_menu(arg);
case CREATE_BUY_MENU:
return create_buy_menu(arg);
case CREATE_LOAD_MENU:
return create_load_menu(arg);
case CREATE_SAVE_MENU:
return create_save_menu(arg);
case GO_MENU:
return go_menu(arg);
case RETURN_MENU:
return arg;
case CYCLE_TEAM_GUY:
return cycle_team_guy(arg);
case DECREASE_STAT:
return decrease_stat(arg);
case INCREASE_STAT:
return increase_stat(arg);
case EDIT_GUY:
return edit_guy(arg);
case CYCLE_GUY:
return cycle_guy(arg);
case ADD_GUY:
return add_guy(arg);
case DO_SAVE:
return do_save(arg);
case DO_LOAD:
return do_load(arg);
case NAME_GUY: // name some guy
return name_guy(arg);
case CREATE_DETAIL_MENU:
return create_detail_menu(NULL);
case DO_SET_SCEN_LEVEL:
return do_set_scen_level(arg);
case SET_DIFFICULTY:
return set_difficulty();
case CHANGE_TEAM:
return change_teamnum(arg);
case CHANGE_HIRE_TEAM:
return change_hire_teamnum(arg);
case ALLIED_MODE:
return change_allied();
case YES_OR_NO:
return yes_or_no(arg);
default:
return 4;
}
}
/*
* check_spw_file - check the content of the shadowed password file (shadow)
*/
static void check_spw_file (int *errors, bool *changed)
{
struct commonio_entry *spe, *tspe;
struct spwd *spw;
/*
* Loop through the entire shadow password file.
*/
for (spe = __spw_get_head (); NULL != spe; spe = spe->next) {
/*
* Do not treat lines which were missing in shadow
* and were added earlier.
*/
if (NULL == spe->line) {
continue;
}
/*
* If this is a NIS line, skip it. You can't "know" what NIS
* is going to do without directly asking NIS ...
*/
if (('+' == spe->line[0]) || ('-' == spe->line[0])) {
continue;
}
/*
* Start with the entries that are completely corrupt. They
* have no (struct spwd) entry because they couldn't be
* parsed properly.
*/
if (NULL == spe->eptr) {
/*
* Tell the user this entire line is bogus and ask
* them to delete it.
*/
puts (_("invalid shadow password file entry"));
printf (_("delete line '%s'? "), spe->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (!yes_or_no (read_only)) {
continue;
}
/*
* All shadow file deletions wind up here. This code
* removes the current entry from the linked list.
* When done, it skips back to the top of the loop
* to try out the next list element.
*/
delete_spw:
SYSLOG ((LOG_INFO, "delete shadow line '%s'",
spe->line));
*changed = true;
__spw_del_entry (spe);
continue;
}
/*
* Shadow password structure is good, start using it.
*/
spw = spe->eptr;
/*
* Make sure this entry has a unique name.
*/
for (tspe = __spw_get_head (); NULL != tspe; tspe = tspe->next) {
const struct spwd *ent = tspe->eptr;
/*
* Don't check this entry
*/
if (tspe == spe) {
continue;
}
/*
* Don't check invalid entries.
*/
if (NULL == ent) {
continue;
}
if (strcmp (spw->sp_namp, ent->sp_namp) != 0) {
continue;
}
/*
* Tell the user this entry is a duplicate of
* another and ask them to delete it.
*/
puts (_("duplicate shadow password entry"));
printf (_("delete line '%s'? "), spe->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (yes_or_no (read_only)) {
goto delete_spw;
}
}
/*
* Make sure this entry exists in the /etc/passwd
* file.
*/
if (pw_locate (spw->sp_namp) == NULL) {
/*
* Tell the user this entry has no matching
* /etc/passwd entry and ask them to delete it.
*/
printf (_("no matching password file entry in %s\n"),
pwd_file);
printf (_("delete line '%s'? "), spe->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (yes_or_no (read_only)) {
goto delete_spw;
}
}
/*
* Warn if last password change in the future. --marekm
*/
if ( !quiet
&& (spw->sp_lstchg > (long) time ((time_t *) 0) / SCALE)) {
printf (_("user %s: last password change in the future\n"),
spw->sp_namp);
*errors += 1;
}
}
}
/*
* check_pw_file - check the content of the passwd file
*/
static void check_pw_file (int *errors, bool *changed)
{
struct commonio_entry *pfe, *tpfe;
struct passwd *pwd;
struct spwd *spw;
/*
* Loop through the entire password file.
*/
for (pfe = __pw_get_head (); NULL != pfe; pfe = pfe->next) {
/*
* If this is a NIS line, skip it. You can't "know" what NIS
* is going to do without directly asking NIS ...
*/
if (('+' == pfe->line[0]) || ('-' == pfe->line[0])) {
continue;
}
/*
* Start with the entries that are completely corrupt. They
* have no (struct passwd) entry because they couldn't be
* parsed properly.
*/
if (NULL == pfe->eptr) {
/*
* Tell the user this entire line is bogus and ask
* them to delete it.
*/
puts (_("invalid password file entry"));
printf (_("delete line '%s'? "), pfe->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (!yes_or_no (read_only)) {
continue;
}
/*
* All password file deletions wind up here. This
* code removes the current entry from the linked
* list. When done, it skips back to the top of the
* loop to try out the next list element.
*/
delete_pw:
SYSLOG ((LOG_INFO, "delete passwd line '%s'",
pfe->line));
*changed = true;
__pw_del_entry (pfe);
continue;
}
/*
* Password structure is good, start using it.
*/
pwd = pfe->eptr;
/*
* Make sure this entry has a unique name.
*/
for (tpfe = __pw_get_head (); NULL != tpfe; tpfe = tpfe->next) {
const struct passwd *ent = tpfe->eptr;
/*
* Don't check this entry
*/
if (tpfe == pfe) {
continue;
}
/*
* Don't check invalid entries.
*/
if (NULL == ent) {
continue;
}
if (strcmp (pwd->pw_name, ent->pw_name) != 0) {
continue;
}
/*
* Tell the user this entry is a duplicate of
* another and ask them to delete it.
*/
puts (_("duplicate password entry"));
printf (_("delete line '%s'? "), pfe->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (yes_or_no (read_only)) {
goto delete_pw;
}
}
/*
* Check for invalid usernames. --marekm
*/
if (!is_valid_user_name (pwd->pw_name)) {
printf (_("invalid user name '%s'\n"), pwd->pw_name);
*errors += 1;
}
/*
* Check for invalid user ID.
*/
if (pwd->pw_uid == (uid_t)-1) {
printf (_("invalid user ID '%lu'\n"), (long unsigned int)pwd->pw_uid);
*errors += 1;
}
/*
* Make sure the primary group exists
*/
/* local, no need for xgetgrgid */
if (!quiet && (NULL == getgrgid (pwd->pw_gid))) {
/*
* No primary group, just give a warning
*/
printf (_("user '%s': no group %lu\n"),
pwd->pw_name, (unsigned long) pwd->pw_gid);
*errors += 1;
}
/*
* Make sure the home directory exists
*/
if (!quiet && (access (pwd->pw_dir, F_OK) != 0)) {
/*
* Home directory doesn't exist, give a warning
*/
printf (_("user '%s': directory '%s' does not exist\n"),
pwd->pw_name, pwd->pw_dir);
*errors += 1;
}
/*
* Make sure the login shell is executable
*/
if ( !quiet
&& ('\0' != pwd->pw_shell[0])
&& (access (pwd->pw_shell, F_OK) != 0)) {
/*
* Login shell doesn't exist, give a warning
*/
printf (_("user '%s': program '%s' does not exist\n"),
pwd->pw_name, pwd->pw_shell);
*errors += 1;
}
/*
* Make sure this entry exists in the /etc/shadow file.
*/
if (is_shadow) {
spw = (struct spwd *) spw_locate (pwd->pw_name);
if (NULL == spw) {
printf (_("no matching password file entry in %s\n"),
spw_file);
printf (_("add user '%s' in %s? "),
pwd->pw_name, spw_file);
*errors += 1;
if (yes_or_no (read_only)) {
struct spwd sp;
struct passwd pw;
sp.sp_namp = pwd->pw_name;
sp.sp_pwdp = pwd->pw_passwd;
sp.sp_min =
getdef_num ("PASS_MIN_DAYS", -1);
sp.sp_max =
getdef_num ("PASS_MAX_DAYS", -1);
sp.sp_warn =
getdef_num ("PASS_WARN_AGE", -1);
sp.sp_inact = -1;
sp.sp_expire = -1;
sp.sp_flag = SHADOW_SP_FLAG_UNSET;
sp.sp_lstchg = (long) time ((time_t *) 0) / SCALE;
if (0 == sp.sp_lstchg) {
/* Better disable aging than
* requiring a password change
*/
sp.sp_lstchg = -1;
}
*changed = true;
if (spw_update (&sp) == 0) {
fprintf (stderr,
_("%s: failed to prepare the new %s entry '%s'\n"),
Prog, spw_dbname (), sp.sp_namp);
exit (E_CANTUPDATE);
}
/* remove password from /etc/passwd */
pw = *pwd;
pw.pw_passwd = SHADOW_PASSWD_STRING; /* XXX warning: const */
if (pw_update (&pw) == 0) {
fprintf (stderr,
_("%s: failed to prepare the new %s entry '%s'\n"),
Prog, pw_dbname (), pw.pw_name);
exit (E_CANTUPDATE);
}
}
} else {
/* The passwd entry has a shadow counterpart.
* Make sure no passwords are in passwd.
*/
if (strcmp (pwd->pw_passwd, SHADOW_PASSWD_STRING) != 0) {
printf (_("user %s has an entry in %s, but its password field in %s is not set to 'x'\n"),
pwd->pw_name, spw_file, pwd_file);
*errors += 1;
}
}
}
}
}
/*
* check_sgr_file - check the content of the shadowed group file (gshadow)
*/
static void check_sgr_file (int *errors, bool *changed)
{
struct group *grp;
struct commonio_entry *sge, *tsge;
struct sgrp *sgr;
/*
* Loop through the entire shadow group file.
*/
for (sge = __sgr_get_head (); NULL != sge; sge = sge->next) {
/*
* Start with the entries that are completely corrupt. They
* have no (struct sgrp) entry because they couldn't be
* parsed properly.
*/
if (NULL == sge->eptr) {
/*
* Tell the user this entire line is bogus and ask
* them to delete it.
*/
(void) puts (_("invalid shadow group file entry"));
printf (_("delete line '%s'? "), sge->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (!yes_or_no (read_only)) {
continue;
}
/*
* All shadow group file deletions wind up here.
* This code removes the current entry from the
* linked list. When done, it skips back to the top
* of the loop to try out the next list element.
*/
delete_sg:
SYSLOG ((LOG_INFO, "delete shadow line '%s'",
sge->line));
*changed = true;
__sgr_del_entry (sge);
continue;
}
/*
* Shadow group structure is good, start using it.
*/
sgr = sge->eptr;
/*
* Make sure this entry has a unique name.
*/
for (tsge = __sgr_get_head (); NULL != tsge; tsge = tsge->next) {
const struct sgrp *ent = tsge->eptr;
/*
* Don't check this entry
*/
if (tsge == sge) {
continue;
}
/*
* Don't check invalid entries.
*/
if (NULL == ent) {
continue;
}
if (strcmp (sgr->sg_name, ent->sg_name) != 0) {
continue;
}
/*
* Tell the user this entry is a duplicate of
* another and ask them to delete it.
*/
(void) puts (_("duplicate shadow group entry"));
printf (_("delete line '%s'? "), sge->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (yes_or_no (read_only)) {
goto delete_sg;
}
}
/*
* Make sure this entry exists in the /etc/group file.
*/
grp = (struct group *) gr_locate (sgr->sg_name);
if (grp == NULL) {
printf (_("no matching group file entry in %s\n"),
grp_file);
printf (_("delete line '%s'? "), sge->line);
*errors += 1;
if (yes_or_no (read_only)) {
goto delete_sg;
}
} else {
/**
* Verify that the all members defined in /etc/gshadow are also
* present in /etc/group.
*/
compare_members_lists (sgr->sg_name,
sgr->sg_mem, grp->gr_mem,
sgr_file, grp_file);
}
/*
* Make sure each administrator exists
*/
if (check_members (sgr->sg_name, sgr->sg_adm,
_("shadow group %s: no administrative user %s\n"),
_("delete administrative member '%s'? "),
"delete admin '%s' from shadow group '%s'",
errors) == 1) {
*changed = true;
sge->changed = true;
__sgr_set_changed ();
}
/*
* Make sure each member exists
*/
if (check_members (sgr->sg_name, sgr->sg_mem,
_("shadow group %s: no user %s\n"),
_("delete member '%s'? "),
"delete member '%s' from shadow group '%s'",
errors) == 1) {
*changed = true;
sge->changed = true;
__sgr_set_changed ();
}
}
}
/*
* check_grp_file - check the content of the group file
*/
static void check_grp_file (int *errors, bool *changed)
{
struct commonio_entry *gre, *tgre;
struct group *grp;
#ifdef SHADOWGRP
struct sgrp *sgr;
#endif
/*
* Loop through the entire group file.
*/
for (gre = __gr_get_head (); NULL != gre; gre = gre->next) {
/*
* Skip all NIS entries.
*/
if ((gre->line[0] == '+') || (gre->line[0] == '-')) {
continue;
}
/*
* Start with the entries that are completely corrupt. They
* have no (struct group) entry because they couldn't be
* parsed properly.
*/
if (NULL == gre->eptr) {
/*
* Tell the user this entire line is bogus and ask
* them to delete it.
*/
(void) puts (_("invalid group file entry"));
printf (_("delete line '%s'? "), gre->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (!yes_or_no (read_only)) {
continue;
}
/*
* All group file deletions wind up here. This code
* removes the current entry from the linked list.
* When done, it skips back to the top of the loop
* to try out the next list element.
*/
delete_gr:
SYSLOG ((LOG_INFO, "delete group line '%s'",
gre->line));
*changed = true;
__gr_del_entry (gre);
continue;
}
/*
* Group structure is good, start using it.
*/
grp = gre->eptr;
/*
* Make sure this entry has a unique name.
*/
for (tgre = __gr_get_head (); NULL != tgre; tgre = tgre->next) {
const struct group *ent = tgre->eptr;
/*
* Don't check this entry
*/
if (tgre == gre) {
continue;
}
/*
* Don't check invalid entries.
*/
if (NULL == ent) {
continue;
}
if (strcmp (grp->gr_name, ent->gr_name) != 0) {
continue;
}
/*
* Tell the user this entry is a duplicate of
* another and ask them to delete it.
*/
(void) puts (_("duplicate group entry"));
printf (_("delete line '%s'? "), gre->line);
*errors += 1;
/*
* prompt the user to delete the entry or not
*/
if (yes_or_no (read_only)) {
goto delete_gr;
}
}
/*
* Check for invalid group names. --marekm
*/
if (!is_valid_group_name (grp->gr_name)) {
*errors += 1;
printf (_("invalid group name '%s'\n"), grp->gr_name);
}
/*
* Check for invalid group ID.
*/
if (grp->gr_gid == (gid_t)-1) {
printf (_("invalid group ID '%lu'\n"), (long unsigned int)grp->gr_gid);
*errors += 1;
}
/*
* Workaround for a NYS libc 5.3.12 bug on RedHat 4.2 -
* groups with no members are returned as groups with one
* member "", causing grpck to fail. --marekm
*/
if ( (NULL != grp->gr_mem[0])
&& (NULL == grp->gr_mem[1])
&& ('\0' == grp->gr_mem[0][0])) {
grp->gr_mem[0] = NULL;
}
if (check_members (grp->gr_name, grp->gr_mem,
_("group %s: no user %s\n"),
_("delete member '%s'? "),
"delete member '%s' from group '%s'",
errors) == 1) {
*changed = true;
gre->changed = true;
__gr_set_changed ();
}
#ifdef SHADOWGRP
/*
* Make sure this entry exists in the /etc/gshadow file.
*/
if (is_shadow) {
sgr = (struct sgrp *) sgr_locate (grp->gr_name);
if (sgr == NULL) {
printf (_("no matching group file entry in %s\n"),
sgr_file);
printf (_("add group '%s' in %s? "),
grp->gr_name, sgr_file);
*errors += 1;
if (yes_or_no (read_only)) {
struct sgrp sg;
struct group gr;
static char *empty = NULL;
sg.sg_name = grp->gr_name;
sg.sg_passwd = grp->gr_passwd;
sg.sg_adm = ∅
sg.sg_mem = grp->gr_mem;
SYSLOG ((LOG_INFO,
"add group '%s' to '%s'",
grp->gr_name, sgr_file));
*changed = true;
if (sgr_update (&sg) == 0) {
fprintf (stderr,
_("%s: failed to prepare the new %s entry '%s'\n"),
Prog, sgr_dbname (), sg.sg_name);
fail_exit (E_CANT_UPDATE);
}
/* remove password from /etc/group */
gr = *grp;
gr.gr_passwd = SHADOW_PASSWD_STRING; /* XXX warning: const */
if (gr_update (&gr) == 0) {
fprintf (stderr,
_("%s: failed to prepare the new %s entry '%s'\n"),
Prog, gr_dbname (), gr.gr_name);
fail_exit (E_CANT_UPDATE);
}
}
} else {
/**
* Verify that all the members defined in /etc/group are also
* present in /etc/gshadow.
*/
compare_members_lists (grp->gr_name,
grp->gr_mem, sgr->sg_mem,
grp_file, sgr_file);
/* The group entry has a gshadow counterpart.
* Make sure no passwords are in group.
*/
if (strcmp (grp->gr_passwd, SHADOW_PASSWD_STRING) != 0) {
printf (_("group %s has an entry in %s, but its password field in %s is not set to 'x'\n"),
grp->gr_name, sgr_file, grp_file);
*errors += 1;
}
}
}
#endif
}
}
Sint32 vbutton::do_call(Sint32 whatfunc, Sint32 arg)
{
switch (whatfunc)
{
case BEGINMENU:
return beginmenu(arg);
case CREATE_TEAM_MENU:
return create_team_menu(arg);
case SET_PLAYER_MODE:
return set_player_mode(arg);
case QUIT_MENU:
quit(arg);
return 1;
case CREATE_VIEW_MENU:
return create_view_menu(arg);
case CREATE_TRAIN_MENU:
return create_train_menu(arg);
case CREATE_HIRE_MENU:
return create_hire_menu(arg);
case CREATE_LOAD_MENU:
return create_load_menu(arg);
case CREATE_SAVE_MENU:
return create_save_menu(arg);
case GO_MENU:
return go_menu(arg);
case RETURN_MENU:
return arg;
case CYCLE_TEAM_GUY:
return cycle_team_guy(arg);
case DECREASE_STAT:
return decrease_stat(arg);
case INCREASE_STAT:
return increase_stat(arg);
case EDIT_GUY:
return edit_guy(arg);
case CYCLE_GUY:
return cycle_guy(arg);
case ADD_GUY:
return add_guy(arg);
case DO_SAVE:
return do_save(arg);
case DO_LOAD:
return do_load(arg);
case NAME_GUY: // name some guy
return name_guy(arg);
case CREATE_DETAIL_MENU:
return create_detail_menu(NULL);
case DO_SET_SCEN_LEVEL:
return do_set_scen_level(arg);
case DO_PICK_CAMPAIGN:
return do_pick_campaign(arg);
case SET_DIFFICULTY:
return set_difficulty();
case CHANGE_TEAM:
return change_teamnum(arg);
case CHANGE_HIRE_TEAM:
return change_hire_teamnum(arg);
case ALLIED_MODE:
return change_allied();
case DO_LEVEL_EDIT:
return level_editor();
case YES_OR_NO:
return yes_or_no(arg);
case MAIN_OPTIONS:
return main_options();
case TOGGLE_SOUND:
toggle_effect("sound", "sound");
return REDRAW;
case TOGGLE_RENDERING_ENGINE:
toggle_rendering_engine();
return REDRAW;
case TOGGLE_FULLSCREEN:
toggle_effect("graphics", "fullscreen");
myscreen->set_fullscreen(cfg.is_on("graphics", "fullscreen"));
return REDRAW;
case OVERSCAN_ADJUST:
return overscan_adjust(arg);
case TOGGLE_MINI_HP_BAR:
toggle_effect("effects", "mini_hp_bar");
return REDRAW;
case TOGGLE_HIT_FLASH:
toggle_effect("effects", "hit_flash");
return REDRAW;
case TOGGLE_HIT_RECOIL:
toggle_effect("effects", "hit_recoil");
return REDRAW;
case TOGGLE_ATTACK_LUNGE:
toggle_effect("effects", "attack_lunge");
return REDRAW;
case TOGGLE_HIT_ANIM:
toggle_effect("effects", "hit_anim");
return REDRAW;
case TOGGLE_DAMAGE_NUMBERS:
toggle_effect("effects", "damage_numbers");
return REDRAW;
case TOGGLE_HEAL_NUMBERS:
toggle_effect("effects", "heal_numbers");
return REDRAW;
case TOGGLE_GORE:
toggle_effect("effects", "gore");
return REDRAW;
case RESTORE_DEFAULT_SETTINGS:
restore_default_settings();
cfg.load_settings();
return REDRAW;
default:
return OK;
}
}
/*
* grpck - verify group file integrity
*/
int main (int argc, char **argv)
{
int arg;
int errors = 0;
int deleted = 0;
int i;
struct commonio_entry *gre, *tgre;
struct group *grp;
int sort_mode = 0;
#ifdef SHADOWGRP
struct commonio_entry *sge, *tsge;
struct sgrp *sgr;
int is_shadow = 0;
#endif
/*
* Get my name so that I can use it to report errors.
*/
Prog = Basename (argv[0]);
setlocale (LC_ALL, "");
bindtextdomain (PACKAGE, LOCALEDIR);
textdomain (PACKAGE);
OPENLOG ("grpck");
/*
* Parse the command line arguments
*/
while ((arg = getopt (argc, argv, "qrs")) != EOF) {
switch (arg) {
case 'q':
/* quiet - ignored for now */
break;
case 'r':
read_only = 1;
break;
case 's':
sort_mode = 1;
break;
default:
usage ();
}
}
if (sort_mode && read_only) {
fprintf (stderr, _("%s: -s and -r are incompatibile\n"), Prog);
exit (E_USAGE);
}
/*
* Make certain we have the right number of arguments
*/
#ifdef SHADOWGRP
if (optind != argc && optind + 1 != argc && optind + 2 != argc)
#else
if (optind != argc && optind + 1 != argc)
#endif
usage ();
/*
* If there are two left over filenames, use those as the group and
* group password filenames.
*/
if (optind != argc) {
grp_file = argv[optind];
gr_name (grp_file);
}
#ifdef SHADOWGRP
if (optind + 2 == argc) {
sgr_file = argv[optind + 1];
sgr_name (sgr_file);
is_shadow = 1;
} else if (optind == argc)
is_shadow = sgr_file_present ();
#endif
/*
* Lock the files if we aren't in "read-only" mode
*/
if (!read_only) {
if (!gr_lock ()) {
fprintf (stderr, _("%s: cannot lock file %s\n"),
Prog, grp_file);
if (optind == argc)
SYSLOG ((LOG_WARN, "cannot lock %s", grp_file));
closelog ();
exit (E_CANT_LOCK);
}
#ifdef SHADOWGRP
if (is_shadow && !sgr_lock ()) {
fprintf (stderr, _("%s: cannot lock file %s\n"),
Prog, sgr_file);
if (optind == argc)
SYSLOG ((LOG_WARN, "cannot lock %s", sgr_file));
closelog ();
exit (E_CANT_LOCK);
}
#endif
}
/*
* Open the files. Use O_RDONLY if we are in read_only mode,
* O_RDWR otherwise.
*/
if (!gr_open (read_only ? O_RDONLY : O_RDWR)) {
fprintf (stderr, _("%s: cannot open file %s\n"), Prog,
grp_file);
if (optind == argc)
SYSLOG ((LOG_WARN, "cannot open %s", grp_file));
closelog ();
exit (E_CANT_OPEN);
}
#ifdef SHADOWGRP
if (is_shadow && !sgr_open (read_only ? O_RDONLY : O_RDWR)) {
fprintf (stderr, _("%s: cannot open file %s\n"), Prog,
sgr_file);
if (optind == argc)
SYSLOG ((LOG_WARN, "cannot open %s", sgr_file));
closelog ();
exit (E_CANT_OPEN);
}
#endif
if (sort_mode) {
gr_sort ();
#ifdef SHADOWGRP
if (is_shadow)
sgr_sort ();
#endif
goto write_and_bye;
}
/*
* Loop through the entire group file.
*/
for (gre = __gr_get_head (); gre; gre = gre->next) {
/*
* Skip all NIS entries.
*/
if (gre->line[0] == '+' || gre->line[0] == '-')
continue;
/*
* Start with the entries that are completely corrupt. They
* have no (struct group) entry because they couldn't be
* parsed properly.
*/
if (!gre->eptr) {
/*
* Tell the user this entire line is bogus and ask
* them to delete it.
*/
printf (_("invalid group file entry\n"));
printf (_("delete line `%s'? "), gre->line);
errors++;
/*
* prompt the user to delete the entry or not
*/
if (!yes_or_no ())
continue;
/*
* All group file deletions wind up here. This code
* removes the current entry from the linked list.
* When done, it skips back to the top of the loop
* to try out the next list element.
*/
delete_gr:
SYSLOG ((LOG_INFO, "delete group line `%s'",
gre->line));
deleted++;
__gr_del_entry (gre);
continue;
}
/*
* Group structure is good, start using it.
*/
grp = gre->eptr;
/*
* Make sure this entry has a unique name.
*/
for (tgre = __gr_get_head (); tgre; tgre = tgre->next) {
const struct group *ent = tgre->eptr;
/*
* Don't check this entry
*/
if (tgre == gre)
continue;
/*
* Don't check invalid entries.
*/
if (!ent)
continue;
if (strcmp (grp->gr_name, ent->gr_name) != 0)
continue;
/*
* Tell the user this entry is a duplicate of
* another and ask them to delete it.
*/
printf (_("duplicate group entry\n"));
printf (_("delete line `%s'? "), gre->line);
errors++;
/*
* prompt the user to delete the entry or not
*/
if (yes_or_no ())
goto delete_gr;
}
/*
* Check for invalid group names. --marekm
*/
if (!check_group_name (grp->gr_name)) {
errors++;
printf (_("invalid group name `%s'\n"), grp->gr_name);
}
/*
* Workaround for a NYS libc 5.3.12 bug on RedHat 4.2 -
* groups with no members are returned as groups with one
* member "", causing grpck to fail. --marekm
*/
if (grp->gr_mem[0] && !grp->gr_mem[1]
&& *(grp->gr_mem[0]) == '\0')
grp->gr_mem[0] = (char *) 0;
/*
* Make sure each member exists
*/
for (i = 0; grp->gr_mem[i]; i++) {
if (getpwnam (grp->gr_mem[i]))
continue;
/*
* Can't find this user. Remove them
* from the list.
*/
errors++;
printf (_("group %s: no user %s\n"),
grp->gr_name, grp->gr_mem[i]);
printf (_("delete member `%s'? "), grp->gr_mem[i]);
if (!yes_or_no ())
continue;
SYSLOG ((LOG_INFO, "delete member `%s' group `%s'",
grp->gr_mem[i], grp->gr_name));
deleted++;
delete_member (grp->gr_mem, grp->gr_mem[i]);
gre->changed = 1;
__gr_set_changed ();
}
}
#ifdef SHADOWGRP
if (!is_shadow)
goto shadow_done;
/*
* Loop through the entire shadow group file.
*/
for (sge = __sgr_get_head (); sge; sge = sge->next) {
/*
* Start with the entries that are completely corrupt. They
* have no (struct sgrp) entry because they couldn't be
* parsed properly.
*/
if (!sge->eptr) {
/*
* Tell the user this entire line is bogus and ask
* them to delete it.
*/
printf (_("invalid shadow group file entry\n"));
printf (_("delete line `%s'? "), sge->line);
errors++;
/*
* prompt the user to delete the entry or not
*/
if (!yes_or_no ())
continue;
/*
* All shadow group file deletions wind up here.
* This code removes the current entry from the
* linked list. When done, it skips back to the top
* of the loop to try out the next list element.
*/
delete_sg:
SYSLOG ((LOG_INFO, "delete shadow line `%s'",
sge->line));
deleted++;
__sgr_del_entry (sge);
continue;
}
/*
* Shadow group structure is good, start using it.
*/
sgr = sge->eptr;
/*
* Make sure this entry has a unique name.
*/
for (tsge = __sgr_get_head (); tsge; tsge = tsge->next) {
const struct sgrp *ent = tsge->eptr;
/*
* Don't check this entry
*/
if (tsge == sge)
continue;
/*
* Don't check invalid entries.
*/
if (!ent)
continue;
if (strcmp (sgr->sg_name, ent->sg_name) != 0)
continue;
/*
* Tell the user this entry is a duplicate of
* another and ask them to delete it.
*/
printf (_("duplicate shadow group entry\n"));
printf (_("delete line `%s'? "), sge->line);
errors++;
/*
* prompt the user to delete the entry or not
*/
if (yes_or_no ())
goto delete_sg;
}
/*
* Make sure this entry exists in the /etc/group file.
*/
if (!gr_locate (sgr->sg_name)) {
printf (_("no matching group file entry\n"));
printf (_("delete line `%s'? "), sge->line);
errors++;
if (yes_or_no ())
goto delete_sg;
}
/*
* Make sure each administrator exists
*/
for (i = 0; sgr->sg_adm[i]; i++) {
if (getpwnam (sgr->sg_adm[i]))
continue;
/*
* Can't find this user. Remove them
* from the list.
*/
errors++;
printf (_
("shadow group %s: no administrative user %s\n"),
sgr->sg_name, sgr->sg_adm[i]);
printf (_("delete administrative member `%s'? "),
sgr->sg_adm[i]);
if (!yes_or_no ())
continue;
SYSLOG ((LOG_INFO,
"delete admin `%s' from shadow group `%s'",
sgr->sg_adm[i], sgr->sg_name));
deleted++;
delete_member (sgr->sg_adm, sgr->sg_adm[i]);
sge->changed = 1;
__sgr_set_changed ();
}
/*
* Make sure each member exists
*/
for (i = 0; sgr->sg_mem[i]; i++) {
if (getpwnam (sgr->sg_mem[i]))
continue;
/*
* Can't find this user. Remove them from the list.
*/
errors++;
printf (_("shadow group %s: no user %s\n"),
sgr->sg_name, sgr->sg_mem[i]);
printf (_("delete member `%s'? "), sgr->sg_mem[i]);
if (!yes_or_no ())
continue;
SYSLOG ((LOG_INFO,
"delete member `%s' from shadow group `%s'",
sgr->sg_mem[i], sgr->sg_name));
deleted++;
delete_member (sgr->sg_mem, sgr->sg_mem[i]);
sge->changed = 1;
__sgr_set_changed ();
}
}
shadow_done:
#endif /* SHADOWGRP */
/*
* All done. If there were no deletions we can just abandon any
* changes to the files.
*/
if (deleted) {
write_and_bye:
if (!gr_close ()) {
fprintf (stderr, _("%s: cannot update file %s\n"),
Prog, grp_file);
exit (E_CANT_UPDATE);
}
#ifdef SHADOWGRP
if (is_shadow && !sgr_close ()) {
fprintf (stderr, _("%s: cannot update file %s\n"),
Prog, sgr_file);
exit (E_CANT_UPDATE);
}
#endif
}
/*
* Don't be anti-social - unlock the files when you're done.
*/
#ifdef SHADOWGRP
if (is_shadow)
sgr_unlock ();
#endif
(void) gr_unlock ();
nscd_flush_cache ("group");
/*
* Tell the user what we did and exit.
*/
if (errors)
printf (deleted ?
_("%s: the files have been updated\n") :
_("%s: no changes\n"), Prog);
exit (errors ? E_BAD_ENTRY : E_OKAY);
}
