policy_module(files,1.0)

########################################
#
# Declarations
#

attribute file_type;

# cjp: should handle this different
allow file_type self:filesystem associate;

attribute lockfile;
attribute mountpoint;
attribute pidfile;

# For labeling types that are to be polyinstantiated
attribute polydir;

# And for labeling the parent directories of those polyinstantiated directories
# This is necessary for remounting the original in the parent to give
# security aware apps access
attribute polyparent;

# And labeling for the member directories
attribute polymember;

# sensitive security files whose accesses should
# not be dontaudited for uses
attribute security_file_type;

attribute tmpfile;
attribute tmpfsfile;

# default_t is the default type for files that do not
# match any specification in the file_contexts configuration
# other than the generic /.* specification.
type default_t, file_type, mountpoint;
fs_associate(default_t)
fs_associate_noxattr(default_t)

#
# etc_t is the type of the system etc directories.
#
type etc_t, file_type;
fs_associate(etc_t)
fs_associate_noxattr(etc_t)

#
# etc_runtime_t is the type of various
# files in /etc that are automatically
# generated during initialization.
#
type etc_runtime_t, file_type;
fs_associate(etc_runtime_t)
fs_associate_noxattr(etc_runtime_t)

#
# file_t is the default type of a file that has not yet been
# assigned an extended attribute (EA) value (when using a filesystem
# that supports EAs).
#
type file_t, file_type, mountpoint;
fs_associate(file_t)
fs_associate_noxattr(file_t)
kernel_rootfs_mountpoint(file_t)
sid file gen_context(system_u:object_r:file_t,s0)

#
# home_root_t is the type for the directory where user home directories
# are created
#
type home_root_t, file_type, mountpoint; #, polyparent
fs_associate(home_root_t)
fs_associate_noxattr(home_root_t)

#
# lost_found_t is the type for the lost+found directories.
#
type lost_found_t, file_type;
fs_associate(lost_found_t)
fs_associate_noxattr(lost_found_t)

#
# mnt_t is the type for mount points such as /mnt/cdrom
#
type mnt_t, file_type, mountpoint;
fs_associate(mnt_t)
fs_associate_noxattr(mnt_t)

type no_access_t, file_type;
fs_associate(no_access_t)
fs_associate_noxattr(no_access_t)

type poly_t, file_type;
fs_associate(poly_t)
fs_associate_noxattr(poly_t)

type readable_t, file_type;
fs_associate(readable_t)
fs_associate_noxattr(readable_t)

#
# root_t is the type for rootfs and the root directory.
#
type root_t, file_type, mountpoint; #, polyparent
fs_associate(root_t)
fs_associate_noxattr(root_t)
kernel_rootfs_mountpoint(root_t)
genfscon rootfs / gen_context(system_u:object_r:root_t,s0)

#
# src_t is the type of files in the system src directories.
#
type src_t, file_type, mountpoint;
fs_associate(src_t)
fs_associate_noxattr(src_t)

#
# tmp_t is the type of the temporary directories
#
type tmp_t, file_type, tmpfile, mountpoint; #, polydir
fs_associate(tmp_t)
fs_associate_noxattr(tmp_t)

#
# usr_t is the type for /usr.
#
type usr_t, file_type, mountpoint;
fs_associate(usr_t)
fs_associate_noxattr(usr_t)

#
# var_t is the type of /var
#
type var_t, file_type, mountpoint;
fs_associate(var_t)
fs_associate_noxattr(var_t)

#
# var_lib_t is the type of /var/lib
#
type var_lib_t, file_type, mountpoint;
fs_associate(var_lib_t)
fs_associate_noxattr(var_lib_t)

#
# var_lock_t is tye type of /var/lock
#
type var_lock_t, file_type, lockfile;
fs_associate(var_lock_t)
fs_associate_noxattr(var_lock_t)

#
# var_run_t is the type of /var/run, usually
# used for pid and other runtime files.
#
type var_run_t, file_type, pidfile;
fs_associate(var_run_t)
fs_associate_noxattr(var_run_t)

#
# var_spool_t is the type of /var/spool
#
type var_spool_t, file_type;
fs_associate(var_spool_t)
fs_associate_noxattr(var_spool_t)