########################################
#
# cron_per_userdomain_template(domainprefix)
#

define(`cron_per_userdomain_template',`

	# Type of user crontabs once moved to cron spool.
	type $1_cron_spool_t;
	files_make_file($1_cron_spool_t)

	type $1_crond_t; # user_crond_domain;
	domain_make_domain($1_crond_t);
	corecommands_make_shell_entrypoint($1_crond_t)
	role $1_r types $1_crond_t;

	type $1_crontab_t;
	domain_make_domain($1_crontab_t)
	domain_make_entrypoint_file($1_crontab_t,crontab_exec_t)
	role $1_r types $1_crontab_t;

	##############################
	#
	# $1_crond_t local policy
	#

	allow $1_crond_t self:capability dac_override;
	allow $1_crond_t self:process signal_perms;
	allow $1_crond_t self:fifo_file rw_file_perms;
	allow $1_crond_t self:unix_stream_socket create_socket_perms;
	allow $1_crond_t self:unix_dgram_socket create_stream_socket_perms;

	# The entrypoint interface is not used as this is not
	# a regular entrypoint.  Since crontab files are
	# not directly executed, crond must ensure that
	# the crontab file has a type that is appropriate
	# for the domain of the user cron job.  It
	# performs an entrypoint permission check
	# for this purpose.
	allow $1_crond_t $1_cron_spool_t:file entrypoint;

	# Permit a transition from the crond_t domain to this domain.
	# The transition is requested explicitly by the modified crond 
	# via setexeccon.  There is no way to set up an automatic
	# transition, since crontabs are configuration files, not executables.
	allow crond_t $1_crond_t:process transition;
	dontaudit crond_t $1_crond_t:process { noatsecure siginh rlimitinh };
	allow crond_t $1_crond_t:fd use;
	allow $1_crond_t crond_t:fd use;
	allow $1_crond_t crond_t:fifo_file rw_file_perms;
	allow $1_crond_t crond_t:process sigchld;

	kernel_read_system_state($1_crond_t)
	kernel_read_kernel_sysctl($1_crond_t)

	# ps does not need to access /boot when run from cron
	bootloader_ignore_search_bootloader_data_directory($1_crond_t)

	corenetwork_sendrecv_tcp_on_all_interfaces($1_crond_t)
	corenetwork_sendrecv_raw_on_all_interfaces($1_crond_t)
	corenetwork_sendrecv_udp_on_all_interfaces($1_crond_t)
	corenetwork_sendrecv_tcp_on_all_nodes($1_crond_t)
	corenetwork_sendrecv_raw_on_all_nodes($1_crond_t)
	corenetwork_sendrecv_udp_on_all_nodes($1_crond_t)
	corenetwork_sendrecv_tcp_on_all_ports($1_crond_t)
	corenetwork_sendrecv_udp_on_all_ports($1_crond_t)
	corenetwork_bind_tcp_on_all_nodes($1_crond_t)
	corenetwork_bind_udp_on_all_nodes($1_crond_t)

	devices_get_pseudorandom_data($1_crond_t)

	fs_get_all_fs_attributes($1_crond_t)

	domain_execute_all_entrypoint_programs($1_crond_t)

	files_read_general_application_resources($1_crond_t)
	files_execute_system_config_script($1_crond_t)
	# for nscd:
	files_ignore_search_runtime_data_directory($1_crond_t)

	corecommands_execute_general_programs($1_crond_t)
	corecommands_execute_system_programs($1_crond_t)

	libraries_use_dynamic_loader($1_crond_t)
	libraries_use_shared_libraries($1_crond_t)
	libraries_execute_library_scripts($1_crond_t)
	libraries_execute_dynamic_loader($1_crond_t)

	files_read_runtime_system_config($1_crond_t)

	logging_search_system_log_directory($1_crond_t)

	selinux_read_config($1_crond_t)

	miscfiles_read_localization($1_crond_t)

	tunable_policy(`fcron_crond', `
		allow crond_t $1_cron_spool_t:file create_file_perms;
	')

	ifdef(`TODO',`
	# Access user files and dirs.
	allow $1_crond_t home_root_t:dir search;
	file_type_auto_trans($1_crond_t, $1_home_dir_t, $1_home_t)

	# Run scripts in user home directory and access shared libs.
	can_exec($1_crond_t, $1_home_t)

	file_type_auto_trans($1_crond_t, tmp_t, $1_tmp_t)

	ifdef(`mta.te', `
		domain_auto_trans($1_crond_t, sendmail_exec_t, $1_mail_t)
		allow $1_crond_t sendmail_exec_t:lnk_file r_file_perms;

		# $1_mail_t should only be reading from the cron fifo not needing to write
		dontaudit $1_mail_t crond_t:fifo_file write;
		allow mta_user_agent $1_crond_t:fd use;
	')

	# This domain is granted permissions common to most domains.
	can_ypbind($1_crond_t)
	allow $1_crond_t var_spool_t:dir search;
	allow $1_crond_t var_t:dir r_dir_perms;
	allow $1_crond_t var_t:file r_file_perms;

	# quiet other ps operations
	dontaudit $1_crond_t domain:dir { getattr search };
	') dnl endif TODO

	##############################
	#
	# $1_crontab_t local policy
	#

	# for ^Z
	allow $1_t $1_crontab_t:process signal;

	# Allow crond to read those crontabs in cron spool.
	allow crond_t $1_cron_spool_t:file r_file_perms;

	# dac_override is to create the file in the directory under /tmp
	allow $1_crontab_t self:capability { setuid setgid chown dac_override };
	allow $1_crontab_t self:process signal_perms;

	# create files in /var/spool/cron
	allow $1_crontab_t $1_cron_spool_t:file create_file_perms;
	allow $1_crontab_t cron_spool_t:dir rw_dir_perms;
	type_transition $1_crontab_t $1_cron_spool_t:file system_crond_tmp_t;

	# crontab signals crond by updating the mtime on the spooldir
	allow $1_crontab_t cron_spool_t:dir setattr;

	allow $1_crontab_t crond_log_t:file ra_file_perms;

	fs_get_persistent_fs_attributes($1_crontab_t)

	domain_use_widely_inheritable_file_descriptors($1_crontab_t)

	files_read_general_system_config($1_crontab_t)

	libraries_use_dynamic_loader($1_crontab_t)
	libraries_use_shared_libraries($1_crontab_t)

	logging_send_system_log_message($1_crontab_t)

	miscfiles_read_localization($1_crontab_t)

	tunable_policy(`fcron_crond', `
		# fcron wants an instant update of a crontab change for the administrator
		# also crontab does a security check for crontab -u
		dontaudit $1_crontab_t crond_t:process signal;
	')

	ifdef(`TODO',`

	# Transition from the user domain to the derived domain.
	domain_auto_trans($1_t, crontab_exec_t, $1_crontab_t)

	can_ps($1_t, $1_crontab_t)

	dontaudit $1_crontab_t proc_t:dir search;
	dontaudit $1_crontab_t selinux_config_t:dir search;
	# for the checks used by crontab -u
	dontaudit $1_crontab_t security_t:dir search;

	# Type for temporary files.
	file_type_auto_trans($1_crontab_t, tmp_t, $1_tmp_t, { dir file })

	# Use the type when creating files in /var/spool/cron.
	allow sysadm_crontab_t $1_cron_spool_t:file { getattr read };

	# Run helper programs as $1_t
	allow $1_crontab_t { bin_t sbin_t }:dir search;
	allow $1_crontab_t bin_t:lnk_file read;
	domain_auto_trans($1_crontab_t, { bin_t sbin_t shell_exec_t }, $1_t)

	# Read user crontabs 
	allow $1_crontab_t { $1_home_t $1_home_dir_t }:dir r_dir_perms;  
	allow $1_crontab_t $1_home_t:file r_file_perms;  
	dontaudit $1_crontab_t $1_home_dir_t:dir write;

	# Access terminals.
	allow $1_crontab_t devpts_t:dir r_dir_perms;
	allow $1_crontab_t $1_tty_device_t:chr_file rw_file_perms;
	allow $1_crontab_t $1_devpts_t:chr_file rw_file_perms;

	# Inherit and use descriptors from gnome-pty-helper.
	ifdef(`gnome-pty-helper.te', `allow $1_crontab_t $1_gph_t:fd use;')

	dontaudit $1_crontab_t var_run_t:dir search;
	') dnl endif TODO
')

########################################
#
# cron_admin_template(domainprefix)
#

define(`cron_admin_template',`
	logging_read_system_logs($1_crond_t)

	# Allow our crontab domain to unlink a user cron spool file.
	#allow $1_crontab_t user_cron_spool_t:file unlink;

	# Manipulate other users crontab.
	kernel_get_selinuxfs_mount_point($1_crontab_t)
	kernel_validate_selinux_context($1_crontab_t)
	kernel_compute_selinux_access_vector($1_crontab_t)
	kernel_compute_selinux_create_context($1_crontab_t)
	kernel_compute_selinux_relabel_context($1_crontab_t)
	kernel_compute_selinux_reachable_user_contexts($1_crontab_t)

	tunable_policy(`fcron_crond', `
		# fcron wants an instant update of a crontab change for the administrator
		# also crontab does a security check for crontab -u
		allow $1_crontab_t self:process setfscreate;
		kernel_get_selinuxfs_mount_point($1_crontab_t)
	')
')

########################################
#
# cron_modify_log(domain)
#
define(`cron_modify_log',`
	requires_block_template(`$0'_depend)

	allow $1 crond_log_t:file rw_file_perms;
')

define(`cron_modify_log_depend',`
	type crond_log_t;

	class file rw_file_perms;
')