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SELinux Local fcontext Equivalence
%s changed labels.
%s is already in %s %s is not a domain type %s is not a valid context
%s is not a valid domain %s is not in %s %s must be a directory %s! Could not get current context for %s, not relabeling tty.
%s! Could not get new context for %s, not relabeling tty.
%s! Could not set new context for %s
%s: Can't load policy and enforcing mode requested: %s
%s: Can't load policy: %s
%s: Policy is already loaded and initial load requested
'%s' policy modules require existing domains ******************** IMPORTANT ***********************
-- Allowed %s [ %s ] -a option can not be used with '%s' domains. Read usage for more details. -d option can not be used with '%s' domains. Read usage for more details. -t option can not be used with '%s' domains. Read usage for more details. -w option can not be used with the --newtype option ... 600-1024 ...SELECT TO VIEW DATA... Add booleans from the %s policy: Add files/directories that %s manages Applications Deny all processes from ptracing or debugging other processes? Disable ability to run unconfined system processes? Disable all permissive processes? Enter name of application or user role: Enter network ports that %s binds on: Login Users Root Users Select additional roles for %s: Select common application traits for %s: Select domains that %s will administer: Select existing role to modify: Select network ports that %s connects to: Select roles that %s will transition to: Select the policy type for the application or user role you want to confine: Select the user_roles that will transition to %s: Select: System Configuration System Mode TCP Ports UDP Ports Which directory you will generate the %s policy? File Labeling for . File labels will be created when update is applied. Network Port for . Ports will be created when update is applied.
To change from Disabled to Enforcing mode
- Change the system mode from Disabled to Permissive
- Reboot, so that the system can relabel
- Once the system is working as planned
* Change the system mode to Enforcing
A permissive domain is a process label that allows the process to do what it wants, with SELinux only logging the denials, but not enforcing them. Usually permissive domains indicate experimental policy, disabling the module could cause SELinux to deny access to a domain, that should be allowed. Action Add Add %s Add Booleans Dialog Add File Context Add File Equivalency Mapping. Mapping will be created when update is applied. Add File Labeling for %s Add File Labeling for %s. File labels will be created when update is applied. Add Login Mapping Add Login Mapping. Login Mapping will be created when update is applied. Add Login Mapping. User Mapping will be created when Update is applied. Add Network Port Add Network Port for %s Add Network Port for %s. Ports will be created when update is applied. Add SELinux File Equivalency Add SELinux Login Mapping Add SELinux Network Ports Add SELinux User Add SELinux User Mapping Add SELinux User Role. SELinux user roles will be created when update is applied. Add SELinux Users Add User Add User Roles. SELinux User Roles will be created when Update is applied. Add a file Add file Equivalence Mapping. Mapping will be created when Update is applied. Add file equiv labeling. Add file labeling for %s Add login mapping Add new %(TYPE)s file path for '%(DOMAIN)s' domains. Add new File Equivalence definition. Add new Login Mapping definition. Add new SELinux User/Role definition. Add new port definition to which the '%(APP)s' domain is allowed to %(PERM)s. Add ports for %s Add user Add/Remove booleans used by the %s domain Addr %s is defined in policy, cannot be deleted Addr %s is not defined Admin User Role Administrator Login User Role Advanced << Advanced >> Advanced Search << Advanced Search >> All All domains Allow %s to call bindresvport with 0. Binding to port 600-1024 Allow ABRT to modify public files used for public file transfer services. Allow Apache to communicate with avahi service via dbus Allow Apache to communicate with sssd service via dbus Allow Apache to execute tmp content. Allow Apache to modify public files used for public file transfer services. Directories/Files must be labeled public_content_rw_t. Allow Apache to query NS records Allow Apache to run in stickshift mode, not transition to passenger Allow Apache to run preupgrade Allow Apache to use mod_auth_ntlm_winbind Allow Apache to use mod_auth_pam Allow HTTPD scripts and modules to connect to cobbler over the network. Allow HTTPD scripts and modules to connect to databases over the network. Allow HTTPD scripts and modules to connect to the network using TCP. Allow HTTPD scripts and modules to server cobbler files. Allow HTTPD to connect to port 80 for graceful shutdown Allow HTTPD to run SSI executables in the same domain as system CGI scripts. Allow Puppet client to manage all file types. Allow Puppet master to use connect to MySQL and PostgreSQL database Allow ZoneMinder to modify public files used for public file transfer services. Allow ZoneMinder to run su/sudo. Allow a user to login as an unconfined domain Allow all daemons the ability to read/write terminals Allow all daemons to use tcp wrappers. Allow all daemons to write corefiles to / Allow all domains to execute in fips_mode Allow all domains to have the kernel load modules Allow all domains to use other domains file descriptors Allow all unconfined executables to use libraries requiring text relocation that are not labeled textrel_shlib_t Allow antivirus programs to read non security files on a system Allow any files/directories to be exported read/only via NFS. Allow any files/directories to be exported read/write via NFS. Allow apache scripts to write to public content, directories/files must be labeled public_rw_content_t. Allow auditadm to exec content Allow cluster administrative cluster domains memcheck-amd64- to use executable memory Allow cluster administrative domains to connect to the network using TCP. Allow cluster administrative domains to manage all files on a system. Allow confined applications to run with kerberos. Allow confined applications to use nscd shared memory. Allow confined users the ability to execute the ping and traceroute commands. Allow confined virtual guests to interact with rawip sockets Allow confined virtual guests to interact with the sanlock Allow confined virtual guests to interact with the xserver Allow confined virtual guests to manage cifs files Allow confined virtual guests to manage nfs files Allow confined virtual guests to read fuse files Allow confined virtual guests to use executable memory and executable stack Allow confined virtual guests to use serial/parallel communication ports Allow confined virtual guests to use usb devices Allow confined web browsers to read home directory content Allow cups execmem/execstack Allow database admins to execute DML statement Allow dbadm to exec content Allow dhcpc client applications to execute iptables commands Allow ftpd to use ntfs/fusefs volumes. Allow glance domain to manage fuse files Allow glance domain to use executable memory and executable stack Allow glusterfsd to modify public files used for public file transfer services. Files/Directories must be labeled public_content_rw_t. Allow glusterfsd to share any file/directory read only. Allow glusterfsd to share any file/directory read/write. Allow gpg web domain to modify public files used for public file transfer services. Allow gssd to list tmp directories and read the kerberos credential cache. Allow guest to exec content Allow http daemon to check spam Allow http daemon to connect to mythtv Allow http daemon to connect to zabbix Allow http daemon to send mail Allow httpd cgi support Allow httpd daemon to change its resource limits Allow httpd processes to manage IPA content Allow httpd processes to run IPA helper. Allow httpd scripts and modules execmem/execstack Allow httpd to access FUSE file systems Allow httpd to access cifs file systems Allow httpd to access nfs file systems Allow httpd to access openstack ports Allow httpd to act as a FTP client connecting to the ftp port and ephemeral ports Allow httpd to act as a FTP server by listening on the ftp port. Allow httpd to act as a relay Allow httpd to connect to sasl Allow httpd to connect to memcache server Allow httpd to connect to the ldap port Allow httpd to read home directories Allow httpd to read user content Allow httpd to run gpg Allow httpd to use built in scripting (usually php) Allow ksmtuned to use cifs/Samba file systems Allow ksmtuned to use nfs file systems Allow logadm to exec content Allow logging in and using the system from /dev/console. Allow logrotate to manage nfs files Allow mailman to access FUSE file systems Allow mock to read files in home directories. Allow mozilla plugin domain to bind unreserved tcp/udp ports. Allow mozilla plugin domain to connect to the network using TCP. Allow mozilla plugin to support GPS. Allow mozilla plugin to support spice protocols. Allow mozilla plugin to use Bluejeans. Allow mysqld to connect to all ports Allow nagios run in conjunction with PNP4Nagios. Allow nagios/nrpe to call sudo from NRPE utils scripts. Allow nfs servers to modify public files used for public file transfer services. Files/Directories must be labeled public_content_rw_t. Allow openshift to access nfs file systems without labels Allow openvpn to run unconfined scripts Allow pcp to bind to all unreserved_ports Allow pcp to read generic logs Allow piranha-lvs domain to connect to the network using TCP. Allow polipo to connect to all ports > 1023 Allow postfix_local domain full write access to mail_spool directories Allow postgresql to use ssh and rsync for point-in-time recovery Allow pppd to be run for a regular user Allow pppd to load kernel modules for certain modems Allow qemu-ga to manage qemu-ga date. Allow qemu-ga to read qemu-ga date. Allow racoon to read shadow Allow regular users direct dri device access Allow rsync server to manage all files/directories on the system. Allow rsync to export any files/directories read only. Allow rsync to modify public files used for public file transfer services. Files/Directories must be labeled public_content_rw_t. Allow rsync to run as a client Allow s-c-kdump to run bootloader in bootloader_t. Allow samba to act as a portmapper Allow samba to act as the domain controller, add users, groups and change passwords. Allow samba to create new home directories (e.g. via PAM) Allow samba to export NFS volumes. Allow samba to export ntfs/fusefs volumes. Allow samba to modify public files used for public file transfer services. Files/Directories must be labeled public_content_rw_t. Allow samba to run unconfined scripts Allow samba to share any file/directory read only. Allow samba to share any file/directory read/write. Allow samba to share users home directories. Allow sandbox containers to send audit messages Allow sandbox containers to use all capabilities Allow sandbox containers to use mknod system calls Allow sandbox containers to use netlink system calls Allow sandbox containers to use sys_admin system calls, for example mount Allow sanlock to manage cifs files Allow sanlock to manage nfs files Allow sanlock to read/write fuse files Allow sasl to read shadow Allow secadm to exec content Allow sge to access nfs file systems. Allow sge to connect to the network using any TCP port Allow smbd to load libgfapi from gluster. Allow spamd to read/write user home directories. Allow ssh logins as sysadm_r:sysadm_t Allow ssh with chroot env to read and write files in the user home directories Allow staff to exec content Allow sysadm to exec content Allow syslogd daemon to send mail Allow syslogd the ability to call nagios plugins. It is turned on by omprog rsyslog plugin. Allow syslogd the ability to read/write terminals Allow system cron jobs to relabel filesystem for restoring file contexts. Allow system cronjob to be executed on on NFS, CIFS or FUSE filesystem. Allow system to run with NIS Allow tftp to modify public files used for public file transfer services. Allow tftp to read and write files in the user home directories Allow the Irssi IRC Client to connect to any port, and to bind to any unreserved port. Allow the Telepathy connection managers to connect to any generic TCP port. Allow the Telepathy connection managers to connect to any network port. Allow the graphical login program to create files in HOME dirs as xdm_home_t. Allow the graphical login program to execute bootloader Allow the graphical login program to login directly as sysadm_r:sysadm_t Allow the mount commands to mount any directory or file. Allow tor to act as a relay Allow transmit client label to foreign database Allow unconfined executables to make their heap memory executable. Doing this is a really bad idea. Probably indicates a badly coded executable, but could indicate an attack. This executable should be reported in bugzilla Allow unconfined executables to make their stack executable. This should never, ever be necessary. Probably indicates a badly coded executable, but could indicate an attack. This executable should be reported in bugzilla Allow unconfined users to transition to the Mozilla plugin domain when running xulrunner plugin-container. Allow unprivileged user to create and transition to svirt domains. Allow unprivileged users to execute DDL statement Allow user to use ssh chroot environment. Allow user music sharing Allow user spamassassin clients to use the network. Allow user to exec content Allow user to r/w files on filesystems that do not have extended attributes (FAT, CDROM, FLOPPY) Allow users to connect to PostgreSQL Allow users to connect to the local mysql server Allow users to login using a radius server Allow users to login using a yubikey OTP server or challenge response mode Allow users to resolve user passwd entries directly from ldap rather then using a sssd server Allow users to run TCP servers (bind to ports and accept connection from the same domain and outside users) disabling this forces FTP passive mode and may change other protocols. Allow users to run UDP servers (bind to ports and accept connection from the same domain and outside users) disabling this may break avahi discovering services on the network and other udp related services. Allow virtual processes to run as userdomains Allow xen to manage nfs files Allow xend to run blktapctrl/tapdisk. Not required if using dedicated logical volumes for disk images. Allow xend to run qemu-dm. Not required if using paravirt and no vfb. Allow xguest to exec content Allow xguest to use blue tooth devices Allow xguest users to configure Network Manager and connect to apache ports Allow xguest users to mount removable media Allow zarafa domains to setrlimit/sys_resource. Allow zebra daemon to write it configuration files Allows %s to bind to any udp port Allows %s to bind to any udp ports > 1024 Allows %s to connect to any tcp port Allows %s to connect to any udp port Allows XServer to execute writable memory Allows clients to write to the X server shared memory segments. Allows xdm_t to bind on vnc_port_t(5910) Alternate SELinux policy, defaults to /sys/fs/selinux/policy Alternate root directory, defaults to / Alternative root needs to be setup An permissive domain is a process label that allows the process to do what it wants, with SELinux only logging the denials, but not enforcing them. Usually permissive domains indicate experimental policy, disabling the module could cause SELinux to deny access to a domain, that should be allowed. An unconfined domain is a process label that allows the process to do what it wants, without SELinux interfering. Applications started at boot by the init system that SELinux do not have defined SELinux policy will run as unconfined if this module is enabled. Disabling it means all daemons will now be confined. To disable the unconfined_t user you must first remove unconfined_t from the users/login screens. Analyzing Policy... Application Application File Types Application Transitions From '%s' Application Transitions From 'select domain' Application Transitions Into '%s' Application Transitions Into 'select domain' Applications Applications - Advanced Search Apply Are you sure you want to delete %s '%s'? Bad format %(BOOLNAME)s: Record %(VALUE)s Boolean Boolean
Enabled Boolean %s Allow Rules Boolean %s is defined in policy, cannot be deleted Boolean %s is not defined Boolean Name Boolean name Boolean section. Boolean to determine whether the system permits loading policy, setting enforcing mode, and changing boolean values. Set this to true and you have to reboot to set it back. Booleans Browse Browse to select the file/directory for labeling. Builtin Permissive Types Calling Process Domain Can not combine +/- with other types of categories Can not have multiple sensitivities Can not modify sensitivity levels using '+' on %s Cancel Cannot find your entry in the shadow passwd file.
Cannot read policy store. Change process mode to enforcing Change process mode to permissive. Changing the policy type will cause a relabel of the entire file system on the next boot. Relabeling takes a long time depending on the size of the file system. Do you wish to continue? Changing to SELinux disabled requires a reboot. It is not recommended. If you later decide to turn SELinux back on, the system will be required to relabel. If you just want to see if SELinux is causing a problem on your system, you can go to permissive mode which will only log errors and not enforce SELinux policy. Permissive mode does not require a reboot Do you wish to continue? Changing to SELinux disabled requires a reboot. It is not recommended. If you later decide to turn SELinux back on, the system will be required to relabel. If you just want to see if SELinux is causing a problem on your system, you can go to permissive mode which will only log errors and not enforce SELinux policy. Permissive mode does not require a reboot. Do you wish to continue? Changing to SELinux enabled will cause a relabel of the entire file system on the next boot. Relabeling takes a long time depending on the size of the file system. Do you wish to continue? Class Command required for this type of policy Commit all changes in your current transaction to the server. Configue SELinux Confined Root Administrator Role Context Control the ability to mmap a low area of the address space, as configured by /proc/sys/vm/mmap_min_addr. Copyright (c)2006 Red Hat, Inc.
Copyright (c) 2006 Dan Walsh Could not add SELinux user %s Could not add addr %s Could not add file context for %s Could not add interface %s Could not add login mapping for %s Could not add port %(PROTOCOL)s/%(PORT)s Could not add prefix %(PREFIX)s for %(ROLE)s Could not add role %(ROLE)s for %(NAME)s Could not check if SELinux user %s is defined Could not check if addr %s is defined Could not check if boolean %s is defined Could not check if file context for %s is defined Could not check if interface %s is defined Could not check if login mapping for %s is defined Could not check if port %(PROTOCOL)s/%(PORT)s is defined Could not check if port @%(PROTOCOL)s/%(PORT)s is defined Could not close descriptors.
Could not commit semanage transaction Could not create SELinux user for %s Could not create a key for %(PROTOTYPE)s/%(PORT)s Could not create a key for %s Could not create addr for %s Could not create context for %(PROTOCOL)s/%(PORT)s Could not create context for %s Could not create file context for %s Could not create interface for %s Could not create key for %s Could not create login mapping for %s Could not create module key Could not create port for %(PROTOCOL)s/%(PORT)s Could not create semanage handle Could not delete SELinux user %s Could not delete addr %s Could not delete all interface mappings Could not delete boolean %s Could not delete file context for %s Could not delete interface %s Could not delete login mapping for %s Could not delete port %(PROTOCOL)s/%(PORT)s Could not delete the file context %s Could not delete the port %s Could not deleteall node mappings Could not determine enforcing mode.
Could not disable module %s Could not enable module %s Could not establish semanage connection Could not extract key for %s Could not get module enabled Could not get module lang_ext Could not get module name Could not get module priority Could not list SELinux modules Could not list SELinux users Could not list addrs Could not list booleans Could not list file contexts Could not list interfaces Could not list local file contexts Could not list login mappings Could not list ports Could not list roles for user %s Could not list the file contexts Could not list the ports Could not modify SELinux user %s Could not modify addr %s Could not modify boolean %s Could not modify file context for %s Could not modify interface %s Could not modify login mapping for %s Could not modify port %(PROTOCOL)s/%(PORT)s Could not open file %s
Could not query addr %s Could not query file context %s Could not query file context for %s Could not query interface %s Could not query port %(PROTOCOL)s/%(PORT)s Could not query seuser for %s Could not query user for %s Could not remove module %s (remove failed) Could not remove permissive domain %s (remove failed) Could not set MLS level for %s Could not set MLS range for %s Could not set SELinux user for %s Could not set active value of boolean %s Could not set addr context for %s Could not set exec context to %s.
Could not set file context for %s Could not set interface context for %s Could not set mask for %s Could not set message context for %s Could not set mls fields in addr context for %s Could not set mls fields in file context for %s Could not set mls fields in interface context for %s Could not set mls fields in port context for %(PROTOCOL)s/%(PORT)s Could not set module key name Could not set name for %s Could not set permissive domain %s (module installation failed) Could not set port context for %(PROTOCOL)s/%(PORT)s Could not set role in addr context for %s Could not set role in file context for %s Could not set role in interface context for %s Could not set role in port context for %(PROTOCOL)s/%(PORT)s Could not set type in addr context for %s Could not set type in file context for %s Could not set type in interface context for %s Could not set type in port context for %(PROTOCOL)s/%(PORT)s Could not set user in addr context for %s Could not set user in file context for %s Could not set user in interface context for %s Could not set user in port context for %(PROTOCOL)s/%(PORT)s Could not start semanage transaction Could not test MLS enabled status Couldn't get default type.
Create/Manipulate temporary files in /tmp Current Enforcing Mode Customized Customized Permissive Types DBUS System Daemon Default Default Level Delete Delete %(TYPE)s file paths for '%(DOMAIN)s' domain. Delete %s Delete File Context Delete Modified File Labeling Delete Modified Ports Delete Modified Users Mapping. Delete Network Port Delete SELinux User Mapping Delete User Delete file equiv labeling. Delete file labeling for %s Delete login mapping Delete modified File Equivalence definitions. Delete modified Login Mapping definitions. Delete modified SELinux User/Role definitions. Delete modified port definitions to which the '%(APP)s' domain is allowed to %(PERM)s. Delete ports for %s Delete user Deny any process from ptracing or debugging any other processes. Deny user domains applications to map a memory region as both executable and writable, this is dangerous and the executable should be reported in bugzilla Description Desktop Login User Role Destination Class Determine whether ABRT can run in the abrt_handle_event_t domain to handle ABRT event scripts. Determine whether Bind can bind tcp socket to http ports. Determine whether Bind can write to master zone files. Generally this is used for dynamic DNS or zone transfers. Determine whether Cobbler can access cifs file systems. Determine whether Cobbler can access nfs file systems. Determine whether Cobbler can connect to the network using TCP. Determine whether Cobbler can modify public files used for public file transfer services. Determine whether Condor can connect to the network using TCP. Determine whether DHCP daemon can use LDAP backends. Determine whether Git CGI can access cifs file systems. Determine whether Git CGI can access nfs file systems. Determine whether Git CGI can search home directories. Determine whether Git session daemon can bind TCP sockets to all unreserved ports. Determine whether Git system daemon can access cifs file systems. Determine whether Git system daemon can access nfs file systems. Determine whether Git system daemon can search home directories. Determine whether Gitosis can send mail. Determine whether Polipo can access nfs file systems. Determine whether Polipo session daemon can bind tcp sockets to all unreserved ports. Determine whether abrt-handle-upload can modify public files used for public file transfer services in /var/spool/abrt-upload/. Determine whether attempts by wine to mmap low regions should be silently blocked. Determine whether awstats can purge httpd log files. Determine whether boinc can execmem/execstack. Determine whether calling user domains can execute Git daemon in the git_session_t domain. Determine whether calling user domains can execute Polipo daemon in the polipo_session_t domain. Determine whether can antivirus programs use JIT compiler. Determine whether cdrecord can read various content. nfs, samba, removable devices, user temp and untrusted content files Determine whether collectd can connect to the network using TCP. Determine whether conman can connect to all TCP ports Determine whether crond can execute jobs in the user domain as opposed to the the generic cronjob domain. Determine whether cvs can read shadow password files. Determine whether dbadm can manage generic user files. Determine whether dbadm can read generic user files. Determine whether entropyd can use audio devices as the source for the entropy feeds. Determine whether exim can connect to databases. Determine whether exim can create, read, write, and delete generic user content files. Determine whether exim can read generic user content files. Determine whether fenced can connect to the TCP network. Determine whether fenced can use ssh. Determine whether ftpd can bind to all unreserved ports for passive mode. Determine whether ftpd can connect to all unreserved ports. Determine whether ftpd can connect to databases over the TCP network. Determine whether ftpd can login to local users and can read and write all files on the system, governed by DAC. Determine whether ftpd can modify public files used for public file transfer services. Directories/Files must be labeled public_content_rw_t. Determine whether ftpd can use CIFS used for public file transfer services. Determine whether ftpd can use NFS used for public file transfer services. Determine whether glance-api can connect to all TCP ports Determine whether haproxy can connect to all TCP ports. Determine whether icecast can listen on and connect to any TCP port. Determine whether irc clients can listen on and connect to any unreserved TCP ports. Determine whether logwatch can connect to mail over the network. Determine whether lsmd_plugin can connect to all TCP ports. Determine whether mcelog can execute scripts. Determine whether mcelog can use all the user ttys. Determine whether mcelog supports client mode. Determine whether mcelog supports server mode. Determine whether minidlna can read generic user content. Determine whether mpd can traverse user home directories. Determine whether mpd can use cifs file systems. Determine whether mpd can use nfs file systems. Determine whether mplayer can make its stack executable. Determine whether neutron can connect to all TCP ports Determine whether openvpn can connect to the TCP network. Determine whether openvpn can read generic user home content files. Determine whether polipo can access cifs file systems. Determine whether privoxy can connect to all tcp ports. Determine whether smartmon can support devices on 3ware controllers. Determine whether squid can connect to all TCP ports. Determine whether squid can run as a transparent proxy. Determine whether swift can connect to all TCP ports Determine whether tmpreaper can use nfs file systems. Determine whether tmpreaper can use samba_share files Determine whether to support lpd server. Determine whether tor can bind tcp sockets to all unreserved ports. Determine whether varnishd can use the full TCP network. Determine whether webadm can manage generic user files. Determine whether webadm can read generic user files. Determine whether zabbix can connect to all TCP ports Disable Disable Audit Disable kernel module loading. Disabled Disabled
Permissive
Enforcing
Display applications that can transition into or out of the '%s'. Display applications that can transition into or out of the 'selected domain'. Display boolean information that can be used to modify the policy for the '%s'. Display boolean information that can be used to modify the policy for the 'selected domain'. Display file type information that can be used by the '%s'. Display file type information that can be used by the 'selected domain'. Display network ports to which the '%s' can connect or listen to. Display network ports to which the 'selected domain' can connect or listen to. Domain name(s) of man pages to be created Dontaudit Apache to search dirs. Edit Network Port Enable Enable Audit Enable cluster mode for daemons. Enable extra rules in the cron domain to support fcron. Enable polyinstantiated directory support. Enable reading of urandom for all domains. Enable/Disable additional audit rules, that are normally not reported in the log files. Enabled Enforcing Enter Default Level for SELinux User to login with. Default s0 Enter MLS/MCS Range for this SELinux User.
s0-s0:c1023 Enter MLS/MCS Range for this login User. Defaults to the range for the Selected SELinux User. Enter SELinux role(s) to which the administror domain will transition Enter SELinux user(s) which will transition to this domain Enter a comma separated list of tcp ports or ranges of ports that %s connects to. Example: 612, 650-660 Enter a comma separated list of udp ports or ranges of ports that %s binds to. Example: 612, 650-660 Enter a comma separated list of udp ports or ranges of ports that %s connects to. Example: 612, 650-660 Enter complete path for executable to be confined. Enter complete path to init script used to start the confined application. Enter domain type which you will be extending Enter domain(s) which this confined admin will administrate Enter interface names, you wish to query Enter the MLS Label to assign to this file path. Enter the MLS Label to assign to this port. Enter the login user name of the user to which you wish to add SELinux User confinement. Enter the path to which you want to setup an equivalence label. Enter the port number or range to which you want to add a port type. Enter unique name for the confined application or user role. Equivalence Path Equivalence class for %s already exists Equivalence class for %s does not exists Equivalence: %s Error allocating memory.
Error allocating shell's argv0.
Error changing uid, aborting.
Error connecting to audit system.
Error resetting KEEPCAPS, aborting
Error sending audit message.
Error! Could not clear O_NONBLOCK on %s
Error! Could not open %s.
Error! Shell is not valid.
Error: multiple levels specified
Error: multiple roles specified
Error: multiple types specified
Error: you are not allowed to change levels on a non secure terminal
Executable Executable File Executable Files Executables which will transition to a different domain, when the '%s' executes them. Executables which will transition to a different domain, when the 'selected domain' executes them. Executables which will transition to the '%s', when executing a selected domains entrypoint. Executables which will transition to the 'selected domain', when executing a selected domains entrypoint. Existing Domain Type Existing User Roles Existing_User Export Export system settings to a file Failed to close tty properly
Failed to drop capabilities %m
Failed to read %s policy file Failed to send audit message Failed to transition to namespace
File
Specification File
Type File Contexts file File Equivalence File Labeling File Name File Path File Specification File Transitions From '%s' File Transitions From 'select domain' File Transitions define what happens when the current domain creates the content of a particular class in a directory of the destination type. Optionally a file name could be specified for the transition. File Type File Types defined for the '%s'. File Types defined for the 'selected domain'. File class: %s File context for %s is defined in policy, cannot be deleted File context for %s is not defined File equivalence cause the system to label content under the new path as if it were under the equivalence path. File path : %s File path used to enter the '%s' domain. File path used to enter the 'selected domain'. File path: %s File spec %(TARGET)s conflicts with equivalency rule '%(SOURCE)s %(DEST)s' File spec %(TARGET)s conflicts with equivalency rule '%(SOURCE)s %(DEST)s'; Try adding '%(DEST1)s' instead File specification can not include spaces Files Files Equivalence Files by '%s' will transitions to a different label. Files to which the '%s' domain can write. Files to which the 'selected domain' can write. Files/Directories which the %s "manages". Pid Files, Log Files, /var/lib Files ... Filter GPL Generate '%s' policy Generate '%s' policy Generate HTML man pages structure for selected SELinux man page Generate SELinux Policy module template Generate SELinux man pages Generate new policy module Graphical User Interface for SELinux Policy Group View Help: Application Types Page Help: Booleans Page Help: Executable Files Page Help: File Equivalence Page Help: Inbound Network Connections Page Help: Lockdown Page Help: Login Page Help: Outbound Network Connections Page Help: SELinux User Page Help: Start Page Help: Systems Page Help: Transition application file Page Help: Transition from application Page Help: Transition into application Page Help: Writable Files Page If-Then-Else rules written in policy that can
allow alternative access control. Import Import system settings from another machine Inbound Init script Interacts with the terminal Interface %s does not exist. Interface %s is defined in policy, cannot be deleted Interface %s is not defined Interface file Internet Services Daemon Internet Services Daemon (inetd) Internet Services Daemon are daemons started by xinetd Invalid Port Invalid file specification Invalid priority %d (needs to be between 1 and 999) Labeling Language Linux Group %s does not exist Linux User %s does not exist List SELinux Policy interfaces List View Load Policy Module Load policy module Lockdown Lockdown the SELinux System.
This screen can be used to turn up the SELinux Protections. Login
Name Login '%s' is required Login Mapping Login Name Login Name : %s Login mapping for %s is defined in policy, cannot be deleted Login mapping for %s is not defined Login name Loss of data Dialog MCS Level MCS Range MISSING FILE PATH MLS MLS Range MLS/ MLS/
MCS Range MLS/MCS
Level MLS/MCS Range MLS/MCS Range: %s Make Path Recursive Manage the SELinux configuration Minimal Terminal Login User Role Minimal Terminal User Role Minimal X Windows Login User Role Minimal X Windows User Role Mislabeled files exist Modify Modify %(TYPE)s file path for '%(DOMAIN)s' domain. Only bolded items in the list can be selected, this indicates they were modified previously. Modify %s Modify File Context Modify File Equivalency Mapping. Mapping will be created when update is applied. Modify File Labeling for %s. File labels will be created when update is applied. Modify Login Mapping Modify Login Mapping. Login Mapping will be modified when Update is applied. Modify Network Port for %s Modify Network Port for %s. Ports will be created when update is applied. Modify SELinux File Equivalency Modify SELinux User Mapping Modify SELinux User Role. SELinux user roles will be modified when update is applied. Modify SELinux Users Modify User Modify an existing login user record. Modify file equiv labeling. Modify file labeling for %s Modify login mapping Modify port definitions to which the '%(APP)s' domain is allowed to %(PERM)s. Modify ports for %s Modify selected modified File Equivalence definitions. Only bolded items in the list can be selected, this indicates they were modified previously. Modify selected modified Login Mapping definitions. Modify selected modified SELinux User/Role definitions. Modify user Module %s already loaded in current policy.
Do you want to continue? Module Name Module does not exists %s Module information for a new type More Details More Types More... Name Name must be alpha numberic with no spaces. Consider using option "-n MODULENAME" Network Network
Bind tab Network Port Network Port Definitions Network Ports to which the '%s' is allowed to connect. Network Ports to which the '%s' is allowed to listen. Network Ports to which the 'selected domain' is allowed to connect. Network Ports to which the 'selected domain' is allowed to listen. Network ports: %s Network protocol: %s No No SELinux Policy installed No context in file %s
Node Address is required Not yet implemented Only Daemon apps can use an init script.. Options Error %s Out of memory!
Outbound Password: Path Path Permissive Permit to prosody to bind apache port. Need to be activated to use BOSH. Policy Directory Policy Module Policy types which require a command Port Port %(PROTOCOL)s/%(PORT)s already defined Port %(PROTOCOL)s/%(PORT)s is defined in policy, cannot be deleted Port %(PROTOCOL)s/%(PORT)s is not defined Port @%(PROTOCOL)s/%(PORT)s is not defined Port Number Port Type Port is required Port number "%s" is not valid. 0 < PORT_NUMBER < 65536 Port number must be between 1 and 65536 Ports must be numbers or ranges of numbers from 1 to %d Prefix Priority Process Domain Process Types Proto Protocol Protocol udp or tcp is required Query SELinux policy network information Red Hat 2007 Relabel all files back to system defaults on reboot Relabel on next reboot. Remove loadable policy module Requires at least one category Requires prefix or roles Requires prefix, roles, level or range Requires setype Requires setype or serange Requires setype, serange or seuser Requires seuser or serange Retry Revert Revert Changes Revert boolean setting to system default Revert button will launch a dialog window which allows you to revert changes within the current transaction. Review the updates you have made before committing them to the system. To reset an item, uncheck the checkbox. All items checked will be updated in the system when you select update. Role Roles: %s Root Admin User Role Run restorecon on %(PATH)s to change its type from %(CUR_CONTEXT)s to the default %(DEF_CONTEXT)s? SELinux
User SELinux Administration SELinux Application Type SELinux Configuration SELinux Destination Type SELinux Directory Type SELinux File Label SELinux File Type SELinux Interface SELinux MLS Label you wish to assign to this path. SELinux Policy Generation Tool SELinux Port
Type SELinux Port Type SELinux Roles SELinux Type SELinux Type is required SELinux User SELinux User : %s SELinux User Name SELinux User: %s SELinux Username SELinux Users SELinux boolean SELinux fcontext SELinux file type: %s SELinux name: %s SELinux node type is required SELinux policy is not managed or store cannot be accessed. SELinux user %s is defined in policy, cannot be deleted SELinux user %s is not defined SELinux user '%s' is required Sandbox Save to Update Save to update Select Select tcp if the port type should be assigned to tcp port numbers. Select udp if the port type should be assigned to udp port numbers. Select Make Path Recursive if you want to apply this label to all children of the specified directory path. objects under the directory to have this label. Select Management Object Select Ports Select Root Administrator User Role, if this user will be used to administer the machine while running as root. This user will not be able to login to the system directly. Select applications domains that %s will transition to. Select directory to generate policy files in Select directory(s) that the confined application owns and writes into Select domain Select executable file to be confined. Select file equivalence labeling to delete. File equivalence labeling will be deleted when update is applied. Select file labeling to delete. File labeling will be deleted when update is applied. Select file(s) that confined application creates or writes Select if you wish to relabel then entire file system on next reboot. Relabeling can take a very long time, depending on the size of the system. If you are changing policy types or going from disabled to enforcing, a relabel is required. Select init script file to be confined. Select login user mapping to delete. Login user mapping will be deleted when update is applied. Select ports to delete. Ports will be deleted when update is applied. Select the SELinux User to assign to this login user. Login users by default get assigned by the __default__ user. Select the SELinux file type to assign to this path. Select the domains that you would like this user administer. Select the file class to which this label will be applied. Defaults to all classes. Select the port type you want to assign to the specified port number. Select the system mode for the current session Select the system mode when the system first boots up Select the user roles that will transiton to the %s domain. Select the user roles that will transiton to this applications domains. Select users mapping to delete.Users mapping will be deleted when update is applied. Select... Selinux
File Type Semanage transaction already in progress Semanage transaction not in progress Sends audit messages Sends email Service Setup Script Show Modified Only Show mislabeled files only Show ports defined for this SELinux type Sorry, -l may be used with SELinux MLS support.
Sorry, newrole failed to drop capabilities
Sorry, newrole may be used only on a SELinux kernel.
Sorry, run_init may be used only on a SELinux kernel.
Source Domain Spec file Specify a new SELinux user name. By convention SELinux User names usually end in an _u. Specify the MLS Range for this user to login in with. Defaults to the selected SELinux Users MLS Range. Specify the default level that you would like this SELinux user to login with. Defaults to s0. Specify the mapping between the new path and the equivalence path. Everything under this new path will be labeled as if they were under the equivalence path. Specify the path using regular expressions that you would like to modify the labeling. Standard Init Daemon Standard Init Daemon are daemons started on boot via init scripts. Usually requires a script in /etc/rc.d/init.d State Status Substitute %s is not valid. Substitute is not allowed to end with '/' Support NFS home directories Support SAMBA home directories Support X userspace object manager Support ecryptfs home directories Support fusefs home directories System System Default Enforcing Mode System Default Policy Type: System Policy Type: System Status: Disabled System Status: Enforcing System Status: Permissive Target %s is not valid. Target is not allowed to end with '/' Target Domain The entry '%s' is not a valid path. Paths must begin with a '/'. The entry that was entered is incorrect. Please try again in the ex:/.../... format. The sepolgen python module is required to setup permissive domains.
In some distributions it is included in the policycoreutils-devel patckage.
# yum install policycoreutils-devel
Or similar for your distro. This user can login to a machine via X or terminal. By default this user will have no setuid, no networking, no sudo, no su This user will login to a machine only via a terminal or remote login. By default this user will have no setuid, no networking, no su, no sudo. To disable this transition, go to the To enable this transition, go to the To make this policy package active, execute: Toggle between Customized and All Booleans Toggle between Customized and All Ports Toggle between all and customized file context Transitions Type Type %s is invalid, must be a file or device type Type %s is invalid, must be a node type Type %s is invalid, must be a port type Type %s_t already defined in current policy.
Do you want to continue? Type Enforcement file Type field required Type is required Types USAGE: run_init