AnonymousFox

//usr/local/ssl/bin/sepolgen

#!/usr/bin/python -Es
#
# Copyright (C) 2007-2011 Red Hat 
# see file 'COPYING' for use and warranty information
#
# policygentool is a tool for the initial generation of SELinux policy
#
#    This program is free software; you can redistribute it and/or
#    modify it under the terms of the GNU General Public License as
#    published by the Free Software Foundation; either version 2 of
#    the License, or (at your option) any later version.
#
#    This program is distributed in the hope that it will be useful,
#    but WITHOUT ANY WARRANTY; without even the implied warranty of
#    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
#    GNU General Public License for more details.
#
#    You should have received a copy of the GNU General Public License
#    along with this program; if not, write to the Free Software
#    Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA     
#                                        02111-1307  USA
#
#  
import os, sys, stat
import re
import commands
import setools

from templates import executable
from templates import boolean
from templates import etc_rw
from templates import var_cache
from templates import var_spool
from templates import var_lib
from templates import var_log
from templates import var_run
from templates import tmp
from templates import rw
from templates import network
from templates import script
from templates import user
import sepolgen.interfaces as interfaces
import sepolgen.defaults as defaults

##
## I18N
## 
PROGNAME="policycoreutils"

import gettext
gettext.bindtextdomain(PROGNAME, "/usr/share/locale")
gettext.textdomain(PROGNAME)
try:
    gettext.install(PROGNAME,
                    localedir="/usr/share/locale",
                    unicode=False,
                    codeset = 'utf-8')
except IOError:
    import __builtin__
    __builtin__.__dict__['_'] = unicode

methods = []
fn = defaults.interface_info()
try:
    fd = open(fn)
    # List of per_role_template interfaces
    ifs = interfaces.InterfaceSet()
    ifs.from_file(fd)
    methods = ifs.interfaces.keys()
    fd.close()
except:
    sys.stderr.write("could not open interface info [%s]\n" % fn)
    sys.exit(1)

all_types = None
def get_all_types():
    global all_types
    if all_types == None:
        all_types = map(lambda x: x['name'], setools.seinfo(setools.TYPE))
    return all_types

def get_all_ports():
    dict = {}
    for p in setools.seinfo(setools.PORT):
        if p['type'] == "reserved_port_t" or \
                p['type'] == "port_t" or \
                p['type'] == "hi_reserved_port_t":
            continue
        dict[(p['low'], p['high'], p['protocol'])]=(p['type'], p['range'])
    return dict

def get_all_roles():
    roles = map(lambda x: x['name'], setools.seinfo(setools.ROLE))
    roles.remove("object_r")
    roles.sort()
    return roles

def get_all_domains():
    all_domains = []
    types=get_all_types()
    types.sort()
    for i in types:
        m = re.findall("(.*)%s" % "_exec_t$", i) 
        if len(m) > 0:
            if len(re.findall("(.*)%s" % "_initrc$", m[0])) == 0 and m[0] not in all_domains:
                all_domains.append(m[0])
    return all_domains

def get_all_modules():
    try:
        all_modules = []
        rc, output=commands.getstatusoutput("semodule -l 2>/dev/null")
        if rc == 0:
            l = output.split("\n")
            for i in l:
                all_modules.append(i.split()[0])
    except:
        pass

return all_modules

def get_all_users():
    users = map(lambda x: x['name'], setools.seinfo(setools.USER))
    users.remove("system_u")
    users.remove("root")
    users.sort()
    return users

ALL = 0
RESERVED = 1
UNRESERVED = 2
PORTS = 3
ADMIN_TRANSITION_INTERFACE = "_admin$"
USER_TRANSITION_INTERFACE = "_role$"

DAEMON = 0
DBUS = 1
INETD = 2
USER = 3
CGI = 4
XUSER = 5
TUSER = 6
LUSER = 7
AUSER = 8
EUSER = 9
RUSER = 10
SANDBOX = 11

poltype={} 
poltype[DAEMON] = _("Standard Init Daemon")
poltype[DBUS] = _("DBUS System Daemon")
poltype[INETD] = _("Internet Services Daemon") 
poltype[CGI] = _("Web Application/Script (CGI)")
poltype[USER] = _("User Application")
poltype[TUSER] = _("Minimal Terminal User Role")
poltype[XUSER] = _("Minimal X Windows User Role")
poltype[LUSER] = _("User Role")
poltype[AUSER] = _("Admin User Role")
poltype[RUSER] = _("Root Admin User Role")
poltype[SANDBOX] = _("Sandbox")

APPLICATIONS = [ DAEMON, DBUS, INETD, USER, CGI ]
USERS = [ XUSER, TUSER, LUSER, AUSER, EUSER, RUSER]

def verify_ports(ports):
    if ports == "":
        return []
    max_port=2**16
    try:
        temp = []
        for a in ports.split(","):
            r =  a.split("-")
            if len(r) > 2:
                raise  ValueError
            if len(r) == 1:
                begin = int (r[0])
                end = int (r[0])
            else:
                begin = int (r[0])
                end = int (r[1])
                
                if begin > end:
                    raise  ValueError
                
            for p in range(begin, end + 1):
                if p < 1 or p > max_port:
                    raise  ValueError
                temp.append(p)
        return temp
    except ValueError:
        raise  ValueError(_("Ports must be numbers or ranges of numbers from 1 to %d " % max_port ))

class policy:
    
	def __init__(self, name, type):
                self.ports = []
                try:
                    self.ports = get_all_ports()
                except ValueError, e:
                    print "Can not get port types, must be root for this information"
                except RuntimeError, e:
                    print "Can not get port types", e

self.symbols = {} 
                self.symbols["openlog"] = "set_use_kerberos(True)"
                self.symbols["openlog"] = "set_use_kerb_rcache(True)"
                self.symbols["openlog"] = "set_use_syslog(True)"
                self.symbols["gethostby"] = "set_use_resolve(True)"
                self.symbols["getaddrinfo"] = "set_use_resolve(True)"
                self.symbols["getnameinfo"] = "set_use_resolve(True)"
                self.symbols["krb"] = "set_use_kerberos(True)"
                self.symbols["gss_accept_sec_context"] = "set_manage_krb5_rcache(True)"
                self.symbols["krb5_verify_init_creds"] = "set_manage_krb5_rcache(True)"
                self.symbols["krb5_rd_req"] = "set_manage_krb5_rcache(True)"
                self.symbols["__syslog_chk"] = "set_use_syslog(True)"
                self.symbols["getpwnam"] = "set_use_uid(True)"
                self.symbols["getpwuid"] = "set_use_uid(True)"
                self.symbols["dbus_"] = "set_use_dbus(True)"
                self.symbols["pam_"] = "set_use_pam(True)"
                self.symbols["pam_"] = "set_use_audit(True)"
                self.symbols["fork"] = "add_process('fork')"
                self.symbols["transition"] = "add_process('transition')"
                self.symbols["sigchld"] = "add_process('sigchld')"
                self.symbols["sigkill"] = "add_process('sigkill')"
                self.symbols["sigstop"] = "add_process('sigstop')"
                self.symbols["signull"] = "add_process('signull')"
                self.symbols["signal"] = "add_process('signal')"
                self.symbols["ptrace"] = "add_process('ptrace')"
                self.symbols["getsched"] = "add_process('getsched')"
                self.symbols["setsched"] = "add_process('setsched')"
                self.symbols["getsession"] = "add_process('getsession')"
                self.symbols["getpgid"] = "add_process('getpgid')"
                self.symbols["setpgid"] = "add_process('setpgid')"
                self.symbols["getcap"] = "add_process('getcap')"
                self.symbols["setcap"] = "add_process('setcap')"
                self.symbols["share"] = "add_process('share')"
                self.symbols["getattr"] = "add_process('getattr')"
                self.symbols["setexec"] = "add_process('setexec')"
                self.symbols["setfscreate"] = "add_process('setfscreate')"
                self.symbols["noatsecure"] = "add_process('noatsecure')"
                self.symbols["siginh"] = "add_process('siginh')"
                self.symbols["setrlimit"] = "add_process('setrlimit')"
                self.symbols["rlimitinh"] = "add_process('rlimitinh')"
                self.symbols["dyntransition"] = "add_process('dyntransition')"
                self.symbols["setcurrent"] = "add_process('setcurrent')"
                self.symbols["execmem"] = "add_process('execmem')"
                self.symbols["execstack"] = "add_process('execstack')"
                self.symbols["execheap"] = "add_process('execheap')"
                self.symbols["setkeycreate"] = "add_process('setkeycreate')"
                self.symbols["setsockcreate"] = "add_process('setsockcreate')"

self.symbols["chown"] = "add_capability('chown')"
                self.symbols["dac_override"] = "add_capability('dac_override')"
                self.symbols["dac_read_search"] = "add_capability('dac_read_search')"
                self.symbols["fowner"] = "add_capability('fowner')"
                self.symbols["fsetid"] = "add_capability('fsetid')"
                self.symbols["kill"] = "add_capability('kill')"
                self.symbols["setgid"] = "add_capability('setgid')"
                self.symbols["setresuid"] = "add_capability('setuid')"
                self.symbols["setuid"] = "add_capability('setuid')"
                self.symbols["setpcap"] = "add_capability('setpcap')"
                self.symbols["linux_immutable"] = "add_capability('linux_immutable')"
                self.symbols["net_bind_service"] = "add_capability('net_bind_service')"
                self.symbols["net_broadcast"] = "add_capability('net_broadcast')"
                self.symbols["net_admin"] = "add_capability('net_admin')"
                self.symbols["net_raw"] = "add_capability('net_raw')"
                self.symbols["ipc_lock"] = "add_capability('ipc_lock')"
                self.symbols["ipc_owner"] = "add_capability('ipc_owner')"
                self.symbols["sys_module"] = "add_capability('sys_module')"
                self.symbols["sys_rawio"] = "add_capability('sys_rawio')"
                self.symbols["chroot"] = "add_capability('sys_chroot')"
                self.symbols["sys_chroot"] = "add_capability('sys_chroot')"
                self.symbols["sys_ptrace"] = "add_capability('sys_ptrace')"
                self.symbols["sys_pacct"] = "add_capability('sys_pacct')"
                self.symbols["mount"] = "add_capability('sys_admin')"
                self.symbols["unshare"] = "add_capability('sys_admin')"
                self.symbols["sys_admin"] = "add_capability('sys_admin')"
                self.symbols["sys_boot"] = "add_capability('sys_boot')"
                self.symbols["sys_nice"] = "add_capability('sys_nice')"
                self.symbols["sys_resource"] = "add_capability('sys_resource')"
                self.symbols["sys_time"] = "add_capability('sys_time')"
                self.symbols["sys_tty_config"] = "add_capability('sys_tty_config')"
                self.symbols["mknod"] = "add_capability('mknod')"
                self.symbols["lease"] = "add_capability('lease')"
                self.symbols["audit_write"] = "add_capability('audit_write')"
                self.symbols["audit_control"] = "add_capability('audit_control')"
                self.symbols["setfcap"] = "add_capability('setfcap')"
                
		self.DEFAULT_DIRS = {}
		self.DEFAULT_DIRS["/etc"] = ["etc_rw", [], etc_rw];
		self.DEFAULT_DIRS["/tmp"] = ["tmp", [], tmp];
		self.DEFAULT_DIRS["rw"] = ["rw", [], rw];
		self.DEFAULT_DIRS["/var/cache"] = ["var_cache", [], var_cache];
		self.DEFAULT_DIRS["/var/lib"] = ["var_lib", [], var_lib];
		self.DEFAULT_DIRS["/var/log"] = ["var_log", [], var_log];
		self.DEFAULT_DIRS["/var/run"] = ["var_run", [], var_run];
		self.DEFAULT_DIRS["/var/spool"] = ["var_spool", [], var_spool];

self.DEFAULT_KEYS=["/etc", "/var/cache", "/var/log", "/tmp", "rw", "/var/lib", "/var/run", "/var/spool"]

self.DEFAULT_TYPES = (\
( self.generate_daemon_types, self.generate_daemon_rules), \
( self.generate_dbusd_types, self.generate_dbusd_rules), \
( self.generate_inetd_types, self.generate_inetd_rules), \
( self.generate_userapp_types, self.generate_userapp_rules), \
( self.generate_cgi_types, self.generate_cgi_rules), \
( self.generate_x_login_user_types, self.generate_x_login_user_rules), \
( self.generate_min_login_user_types, self.generate_login_user_rules), \
( self.generate_login_user_types, self.generate_login_user_rules), \
( self.generate_admin_user_types, self.generate_login_user_rules), \
( self.generate_existing_user_types, self.generate_existing_user_rules), \
( self.generate_root_user_types, self.generate_root_user_rules), \
( self.generate_sandbox_types, self.generate_sandbox_rules))
		if name == "":
			raise ValueError(_("You must enter a name for your confined process/user"))
                if not re.match(r"^[a-zA-Z0-9-_]+$", name):
                    raise ValueError(_("Name must be alpha numberic with no spaces. Consider using option \"-n MODULENAME\""))

if type == CGI:
			self.name = "httpd_%s_script" % name
		else:
			self.name = name

self.file_name = name

self.capabilities = []
                self.processes = []
		self.type = type
		self.initscript = ""
                self.program = ""
		self.in_tcp = [False, False, False, []]
		self.in_udp = [False, False, False, []]
		self.out_tcp = [False, False, False, []]
		self.out_udp = [False, False, False, []]
		self.use_resolve = False
		self.use_tmp = False
		self.use_uid = False
		self.use_syslog = False
		self.use_kerberos = False
		self.manage_krb5_rcache = False
		self.use_pam = False
		self.use_dbus = False
		self.use_audit = False
		self.use_etc = True
		self.use_localization = True
		self.use_fd = True
		self.use_terminal = False
		self.use_mail = False
		self.booleans = {}
		self.files = {}
		self.dirs = {}
                self.found_tcp_ports=[]
                self.found_udp_ports=[]
                self.need_tcp_type=False
                self.need_udp_type=False
		self.admin_domains = []
		self.transition_domains = []
		self.transition_users = []
                self.roles = []

def __isnetset(self, l):
            return l[ALL] or l[RESERVED] or l[UNRESERVED] or len(l[PORTS]) > 0

def set_admin_domains(self, admin_domains):
            self.admin_domains = admin_domains

def set_admin_roles(self, roles):
            self.roles = roles

def set_transition_domains(self, transition_domains):
            self.transition_domains = transition_domains

def set_transition_users(self, transition_users):
            self.transition_users = transition_users

def use_in_udp(self):
            return self.__isnetset(self.in_udp)
            
        def use_out_udp(self):
            return self.__isnetset(self.out_udp)
            
        def use_udp(self):
            return self.use_in_udp() or self.use_out_udp()

def use_in_tcp(self):
            return self.__isnetset(self.in_tcp)
            
        def use_out_tcp(self):
            return self.__isnetset(self.out_tcp)
        
        def use_tcp(self):
            return self.use_in_tcp() or self.use_out_tcp()

def use_network(self):
            return self.use_tcp() or self.use_udp()
        
        def find_port(self, port, protocol="tcp"):
            for begin,end,p in self.ports.keys():
                if port >= begin and port <= end and protocol == p:
                    return self.ports[begin, end, protocol]
            return  None

def set_program(self, program):
                if self.type not in APPLICATIONS:
                    raise ValueError(_("User Role types can not be assigned executables."))

self.program = program

def set_init_script(self, initscript):
                if self.type != DAEMON:
                    raise ValueError(_("Only Daemon apps can use an init script.."))

self.initscript = initscript

def set_in_tcp(self, all, reserved, unreserved, ports):
		self.in_tcp = [ all, reserved, unreserved, verify_ports(ports)]

def set_in_udp(self, all, reserved, unreserved, ports):
		self.in_udp = [ all, reserved, unreserved, verify_ports(ports)]

def set_out_tcp(self, all, ports):
		self.out_tcp = [ all , False, False, verify_ports(ports) ]

def set_out_udp(self, all, ports):
		self.out_udp = [ all , False, False, verify_ports(ports) ]

def set_use_resolve(self, val):
		if val != True and val != False:
			raise  ValueError(_("use_resolve must be a boolean value "))
            
		self.use_resolve = val
		
	def set_use_syslog(self, val):
		if val != True and val != False:
			raise  ValueError(_("use_syslog must be a boolean value "))
            
		self.use_syslog = val
		
	def set_use_kerberos(self, val):
		if val != True and val != False:
			raise  ValueError(_("use_kerberos must be a boolean value "))
            
		self.use_kerberos = val
		
	def set_manage_krb5_rcache(self, val):
		if val != True and val != False:
			raise  ValueError(_("manage_krb5_rcache must be a boolean value "))
            
		self.manage_krb5_rcache = val
		
	def set_use_pam(self, val):
		self.use_pam = val == True
		
	def set_use_dbus(self, val):
		self.use_dbus = val == True
		
	def set_use_audit(self, val):
		self.use_audit = val == True
		
	def set_use_etc(self, val):
		self.use_etc = val == True
		
	def set_use_localization(self, val):
		self.use_localization = val == True
		
	def set_use_fd(self, val):
		self.use_fd = val == True
		
	def set_use_terminal(self, val):
		self.use_terminal = val == True
		
	def set_use_mail(self, val):
		self.use_mail = val == True
		
	def set_use_tmp(self, val):
            if self.type in USERS:
                raise ValueError(_("USER Types automatically get a tmp type"))

if val:
		self.DEFAULT_DIRS["/tmp"][1].append("/tmp");
            else:
		self.DEFAULT_DIRS["/tmp"][1]=[]
		
	def set_use_uid(self, val):
		self.use_uid = val == True

def generate_uid_rules(self):
                if self.use_uid:
                    return re.sub("TEMPLATETYPE", self.name, executable.te_uid_rules)
                else:
                    return ""

def generate_syslog_rules(self):
                if self.use_syslog:
                    return re.sub("TEMPLATETYPE", self.name, executable.te_syslog_rules)
                else:
                    return ""

def generate_resolve_rules(self):
                if self.use_resolve:
                    return re.sub("TEMPLATETYPE", self.name, executable.te_resolve_rules)
                else:
                    return ""

def generate_kerberos_rules(self):
                if self.use_kerberos:
                    return re.sub("TEMPLATETYPE", self.name, executable.te_kerberos_rules)
                else:
                    return ""

def generate_manage_krb5_rcache_rules(self):
                if self.manage_krb5_rcache:
                    return re.sub("TEMPLATETYPE", self.name, executable.te_manage_krb5_rcache_rules)
                else:
                    return ""

def generate_pam_rules(self):
                newte =""
                if self.use_pam:
                    newte = re.sub("TEMPLATETYPE", self.name, executable.te_pam_rules)
                return newte

def generate_audit_rules(self):
                newte =""
                if self.use_audit:
                    newte = re.sub("TEMPLATETYPE", self.name, executable.te_audit_rules)
                return newte

def generate_etc_rules(self):
                newte =""
                if self.use_etc:
                    newte = re.sub("TEMPLATETYPE", self.name, executable.te_etc_rules)
                return newte

def generate_fd_rules(self):
                newte =""
                if self.use_fd:
                    newte = re.sub("TEMPLATETYPE", self.name, executable.te_fd_rules)
                return newte

def generate_localization_rules(self):
                newte =""
                if self.use_localization:
                    newte = re.sub("TEMPLATETYPE", self.name, executable.te_localization_rules)
                return newte

def generate_dbus_rules(self):
                newte =""
                if self.type != DBUS and self.use_dbus:
                    newte = re.sub("TEMPLATETYPE", self.name, executable.te_dbus_rules)
                return newte

def generate_mail_rules(self):
                newte =""
                if self.use_mail:
                    newte = re.sub("TEMPLATETYPE", self.name, executable.te_mail_rules)
                return newte

def generate_network_action(self, protocol, action, port_name):
            line = ""
            method = "corenet_%s_%s_%s" % (protocol, action, port_name)
            if method in methods:
                line = "%s(%s_t)\n" % (method, self.name)
            else:
                line = """
gen_require(`
    type %s_t;
')
allow %s_t %s_t:%s_socket name_%s;
""" % (port_name, self.name, port_name, protocol, action)
            return line
                
	def generate_network_types(self):
            for i in self.in_tcp[PORTS]:
                rec = self.find_port(int(i), "tcp")
                if rec == None:
                    self.need_tcp_type = True;
                else:
                    port_name = rec[0][:-2]
                    line = self.generate_network_action("tcp", "bind", port_name)
#                   line = "corenet_tcp_bind_%s(%s_t)\n" % (port_name, self.name)
                    if line not in self.found_tcp_ports:
                        self.found_tcp_ports.append(line)

for i in self.out_tcp[PORTS]:
                rec = self.find_port(int(i), "tcp")
                if rec == None:
                    self.need_tcp_type = True;
                else:
                    port_name = rec[0][:-2]
                    line = self.generate_network_action("tcp", "connect", port_name)
#                   line = "corenet_tcp_connect_%s(%s_t)\n" % (port_name, self.name)
                    if line not in self.found_tcp_ports:
                        self.found_tcp_ports.append(line)
                        
            for i in self.in_udp[PORTS]:
                rec = self.find_port(int(i),"udp")
                if rec == None:
                    self.need_udp_type = True;
                else:
                    port_name = rec[0][:-2]
                    line = self.generate_network_action("udp", "bind", port_name)
#                   line = "corenet_udp_bind_%s(%s_t)\n" % (port_name, self.name)
                    if line not in self.found_udp_ports:
                        self.found_udp_ports.append(line)
                
            if self.need_udp_type == True or self.need_tcp_type == True:
                return re.sub("TEMPLATETYPE", self.name, network.te_port_types)
            return ""
	
	def __find_path(self, file):
            for d in self.DEFAULT_DIRS:
                if file.find(d) == 0:
                    self.DEFAULT_DIRS[d][1].append(file)
                    return self.DEFAULT_DIRS[d]
            self.DEFAULT_DIRS["rw"][1].append(file)
            return self.DEFAULT_DIRS["rw"]
	
	def add_capability(self, capability):
            if capability not in self.capabilities:
                self.capabilities.append(capability)

def add_process(self, process):
            if process not in self.processes:
                self.processes.append(process)

def add_boolean(self, name, description):
                self.booleans[name] = description

def add_file(self, file):
		self.files[file] = self.__find_path(file)

def add_dir(self, file):
		self.dirs[file] = self.__find_path(file)
		
	def generate_capabilities(self):
            newte = ""
            self.capabilities.sort()
            if len(self.capabilities) > 0:
                newte = "allow %s_t self:capability { %s };\n" % (self.name, " ".join(self.capabilities))
            return newte

def generate_process(self):
            newte = ""
            self.processes.sort()
            if len(self.processes) > 0:
                newte = "allow %s_t self:process { %s };\n" % (self.name, " ".join(self.processes))
            return newte

def generate_network_rules(self):
		newte = ""
		if self.use_network():
                    newte = "\n"

newte += re.sub("TEMPLATETYPE", self.name, network.te_network)
                    
                    if self.use_tcp():
                        newte += "\n"
                        newte += re.sub("TEMPLATETYPE", self.name, network.te_tcp)

if self.use_in_tcp():
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_tcp)

if self.need_tcp_type and len(self.in_tcp[PORTS]) > 0:
                                newte += re.sub("TEMPLATETYPE", self.name, network.te_in_need_port_tcp)

if self.need_tcp_type and len(self.out_tcp[PORTS]) > 0:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_out_need_port_tcp)

if self.in_tcp[ALL]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_all_ports_tcp)
                        if self.in_tcp[RESERVED]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_reserved_ports_tcp)
                        if self.in_tcp[UNRESERVED]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_unreserved_ports_tcp)
                            
                        if self.out_tcp[ALL]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_out_all_ports_tcp)
                        if self.out_tcp[RESERVED]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_out_reserved_ports_tcp)
                        if self.out_tcp[UNRESERVED]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_out_unreserved_ports_tcp)

for i in self.found_tcp_ports:
                            newte += i

if self.use_udp():
                        newte += "\n"
                        newte += re.sub("TEMPLATETYPE", self.name, network.te_udp)

if self.need_udp_type:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_need_port_udp)
                        if self.use_in_udp():
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_udp)
                        if self.in_udp[ALL]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_all_ports_udp)
                        if self.in_udp[RESERVED]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_reserved_ports_udp)
                        if self.in_udp[UNRESERVED]:
                            newte += re.sub("TEMPLATETYPE", self.name, network.te_in_unreserved_ports_udp)

for i in self.found_udp_ports:
                            newte += i
		return newte
	
        def generate_transition_rules(self):
            newte = ""
            for app in self.transition_domains:
                tmp = re.sub("TEMPLATETYPE", self.name, user.te_transition_rules)
                newte += re.sub("APPLICATION", app, tmp)

if self.type == USER:
                for u in self.transition_users:
                    temp =  re.sub("TEMPLATETYPE", self.name, executable.te_run_rules)
                    newte += re.sub("USER", u.split("_u")[0], temp)

return newte

def generate_admin_rules(self):
            newte = ""
            if self.type == RUSER:
                newte += re.sub("TEMPLATETYPE", self.name, user.te_admin_rules)
            
                for app in self.admin_domains:
                    tmp = re.sub("TEMPLATETYPE", self.name, user.te_admin_domain_rules)
                    newte += re.sub("APPLICATION", app, tmp)

all_roles = []
                try:
                    all_roles = get_all_roles()
                except ValueError, e:
                    print "Can not get all roles, must be root for this information"
                except RuntimeError, e:
                    print "Can not get all roles", e

for u in self.transition_users:
                    role = u.split("_u")[0]
                    
                    if (role + "_r") in all_roles:
                        tmp =  re.sub("TEMPLATETYPE", self.name, user.te_admin_trans_rules)
                        newte += re.sub("USER", role, tmp)

return newte

def generate_dbus_if(self):
                newif = ""
                if self.use_dbus:
                    newif = re.sub("TEMPLATETYPE", self.name, executable.if_dbus_rules)
                return newif

def generate_sandbox_if(self):
            newif = ""
            if self.type != SANDBOX:
                return newif
            newif = re.sub("TEMPLATETYPE", self.name, executable.if_sandbox_rules)
            return newif
            
            
        def generate_admin_if(self):
            newif = ""
            newtypes = ""
            if self.initscript != "":
                newtypes += re.sub("TEMPLATETYPE", self.name, executable.if_initscript_admin_types)
                newif += re.sub("TEMPLATETYPE", self.name, executable.if_initscript_admin)
            for d in self.DEFAULT_KEYS:
                if len(self.DEFAULT_DIRS[d][1]) > 0:
                    newtypes += re.sub("TEMPLATETYPE", self.name, self.DEFAULT_DIRS[d][2].if_admin_types)
                    newif += re.sub("TEMPLATETYPE", self.name, self.DEFAULT_DIRS[d][2].if_admin_rules)

if newif != "":
                ret = re.sub("TEMPLATETYPE", self.name, executable.if_begin_admin)
                ret += newtypes

ret += re.sub("TEMPLATETYPE", self.name, executable.if_middle_admin)
                ret += newif
                ret += re.sub("TEMPLATETYPE", self.name, executable.if_end_admin)
                return ret
                
            return ""
                
	def generate_cgi_types(self):
		return re.sub("TEMPLATETYPE", self.file_name, executable.te_cgi_types)
	
	def generate_sandbox_types(self):
		return re.sub("TEMPLATETYPE", self.file_name, executable.te_sandbox_types)
	
	def generate_userapp_types(self):
		return re.sub("TEMPLATETYPE", self.name, executable.te_userapp_types)
	
	def generate_inetd_types(self):
		return re.sub("TEMPLATETYPE", self.name, executable.te_inetd_types)
	
	def generate_dbusd_types(self):
		return re.sub("TEMPLATETYPE", self.name, executable.te_dbusd_types)
	
	def generate_min_login_user_types(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_min_login_user_types)
	
	def generate_login_user_types(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_login_user_types)
	
	def generate_admin_user_types(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_admin_user_types)

def generate_existing_user_types(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_existing_user_types)
	
	def generate_x_login_user_types(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_x_login_user_types)
	
	def generate_root_user_types(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_root_user_types)
	
	def generate_daemon_types(self):
                newte = re.sub("TEMPLATETYPE", self.name, executable.te_daemon_types)
                if self.initscript != "":
                    newte += re.sub("TEMPLATETYPE", self.name, executable.te_initscript_types)
		return newte
	
	def generate_tmp_types(self):
		if self.use_tmp:
                    return re.sub("TEMPLATETYPE", self.name, tmp.te_types)
                else:
                    return ""
	
	def generate_booleans(self):
            newte = ""
            for b in self.booleans:
                tmp = re.sub("BOOLEAN", b, boolean.te_boolean)
                newte += re.sub("DESCRIPTION", self.booleans[b], tmp)
            return newte

def generate_boolean_rules(self):
            newte = ""
            for b in self.booleans:
                newte += re.sub("BOOLEAN", b, boolean.te_rules)
            return newte

def generate_sandbox_te(self):
		return re.sub("TEMPLATETYPE", self.name, executable.te_sandbox_types)

def generate_cgi_te(self):
		return re.sub("TEMPLATETYPE", self.name, executable.te_cgi_types)

def generate_daemon_rules(self):
                newif =  re.sub("TEMPLATETYPE", self.name, executable.te_daemon_rules)

return  newif
	
	def generate_login_user_rules(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_login_user_rules)
	
	def generate_existing_user_rules(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_existing_user_rules)
	
	def generate_x_login_user_rules(self):
		return re.sub("TEMPLATETYPE", self.name, user.te_x_login_user_rules)
	
	def generate_root_user_rules(self):
                newte =re.sub("TEMPLATETYPE", self.name, user.te_root_user_rules)
		return newte
	
	def generate_userapp_rules(self):
		return re.sub("TEMPLATETYPE", self.name, executable.te_userapp_rules)
	
	def generate_inetd_rules(self):
		return re.sub("TEMPLATETYPE", self.name, executable.te_inetd_rules)
	
	def generate_dbusd_rules(self):
		return re.sub("TEMPLATETYPE", self.name, executable.te_dbusd_rules)
	
	def generate_tmp_rules(self):
		if self.use_tmp:
                    return re.sub("TEMPLATETYPE", self.name, tmp.te_rules)
                else:
                    return ""
	
	def generate_cgi_rules(self):
		newte = ""
		newte += re.sub("TEMPLATETYPE", self.name, executable.te_cgi_rules)
		return newte
	
	def generate_sandbox_rules(self):
		newte = ""
		newte += re.sub("TEMPLATETYPE", self.name, executable.te_sandbox_rules)
		return newte
	
	def generate_user_if(self):
                newif =""
                if self.use_terminal or self.type == USER:
                    newif = re.sub("TEMPLATETYPE", self.name, executable.if_user_program_rules)

if self.type in ( TUSER, XUSER, AUSER, LUSER):
                    newif += re.sub("TEMPLATETYPE", self.name, executable.if_role_change_rules)
                return newif
                
	def generate_if(self):
                newif = ""
                newif += re.sub("TEMPLATETYPE", self.name, executable.if_heading_rules)
                if self.program != "":
                    newif += re.sub("TEMPLATETYPE", self.name, executable.if_program_rules)
                if self.initscript != "":
                    newif += re.sub("TEMPLATETYPE", self.name, executable.if_initscript_rules)
		
                for d in self.DEFAULT_KEYS:
			if len(self.DEFAULT_DIRS[d][1]) > 0:
				newif += re.sub("TEMPLATETYPE", self.name, self.DEFAULT_DIRS[d][2].if_rules)
                                for i in self.DEFAULT_DIRS[d][1]:
                                        if os.path.exists(i) and stat.S_ISSOCK(os.stat(i)[stat.ST_MODE]):
                                            newif += re.sub("TEMPLATETYPE", self.name, self.DEFAULT_DIRS[d][2].if_stream_rules)
                                            break
                newif += self.generate_user_if()
                newif += self.generate_dbus_if()
                newif += self.generate_admin_if()
                newif += self.generate_sandbox_if()
    
		return newif

def generate_default_types(self):
		return self.DEFAULT_TYPES[self.type][0]()
		
	def generate_default_rules(self):
		return self.DEFAULT_TYPES[self.type][1]()
		
	def generate_roles_rules(self):
            newte = ""
            if self.type in ( TUSER, XUSER, AUSER, LUSER, EUSER):
                roles = ""
                if len(self.roles) > 0:
                    newte += re.sub("TEMPLATETYPE", self.name, user.te_sudo_rules)
                    newte += re.sub("TEMPLATETYPE", self.name, user.te_newrole_rules)
                    for role in self.roles:
                        tmp = re.sub("TEMPLATETYPE", self.name, user.te_roles_rules)
                        newte += re.sub("ROLE", role, tmp)
            return newte
        
	def generate_te(self):
		newte = self.generate_default_types()
                for d in self.DEFAULT_KEYS:
			if len(self.DEFAULT_DIRS[d][1]) > 0:
				# CGI scripts already have a rw_t 
				if self.type != CGI or d != "rw":
					newte += re.sub("TEMPLATETYPE", self.name, self.DEFAULT_DIRS[d][2].te_types)

newte +="""
########################################
#
# %s local policy
#
""" % self.name
                newte += self.generate_capabilities()
                newte += self.generate_process()
		newte += self.generate_network_types()
		newte += self.generate_tmp_types()
		newte += self.generate_booleans()
		newte += self.generate_default_rules()
		newte += self.generate_boolean_rules()

for d in self.DEFAULT_KEYS:
			if len(self.DEFAULT_DIRS[d][1]) > 0:
				newte += re.sub("TEMPLATETYPE", self.name, self.DEFAULT_DIRS[d][2].te_rules)
                                for i in self.DEFAULT_DIRS[d][1]:
                                        if os.path.exists(i) and stat.S_ISSOCK(os.stat(i)[stat.ST_MODE]):
                                            newte += re.sub("TEMPLATETYPE", self.name, self.DEFAULT_DIRS[d][2].te_stream_rules)
                                            break

newte += self.generate_tmp_rules()
		newte += self.generate_network_rules()
		newte += self.generate_fd_rules()
		newte += self.generate_etc_rules()
		newte += self.generate_pam_rules()
		newte += self.generate_uid_rules()		
		newte += self.generate_audit_rules()	
		newte += self.generate_syslog_rules()		
		newte += self.generate_localization_rules()
		newte += self.generate_resolve_rules()		
		newte += self.generate_roles_rules()
		newte += self.generate_mail_rules()		
		newte += self.generate_transition_rules()
		newte += self.generate_admin_rules()
		newte += self.generate_dbus_rules()
		newte += self.generate_kerberos_rules()
		newte += self.generate_manage_krb5_rcache_rules()

return newte
		
	def generate_fc(self):
		newfc = ""
                fclist = []
                if self.type in USERS +  [ SANDBOX ]:
                    return re.sub("EXECUTABLE", self.program, executable.fc_user)
                if self.program == "":
                    raise ValueError(_("You must enter the executable path for your confined process"))

t1 = re.sub("EXECUTABLE", self.program, executable.fc_program)
		fclist.append(re.sub("TEMPLATETYPE", self.name, t1))

if self.initscript != "":
                    t1 = re.sub("EXECUTABLE", self.initscript, executable.fc_initscript)
                    fclist.append(re.sub("TEMPLATETYPE", self.name, t1))

for i in self.files.keys():
                        if os.path.exists(i) and stat.S_ISSOCK(os.stat(i)[stat.ST_MODE]):
                            t1 = re.sub("TEMPLATETYPE", self.name, self.files[i][2].fc_sock_file)
                        else:
                            t1 = re.sub("TEMPLATETYPE", self.name, self.files[i][2].fc_file)
			t2 = re.sub("FILENAME", i, t1)
                        fclist.append(re.sub("FILETYPE", self.files[i][0], t2))

for i in self.dirs.keys():
			t1 = re.sub("TEMPLATETYPE", self.name, self.dirs[i][2].fc_dir)
			t2 = re.sub("FILENAME", i, t1)
                        fclist.append(re.sub("FILETYPE", self.dirs[i][0], t2))

fclist.sort()
                newfc="\n".join(fclist)
		return newfc
	
	def generate_user_sh(self):
            newsh = ""
            if self.type not in ( TUSER, XUSER, AUSER, LUSER, EUSER):
                return newsh

roles = ""
            for role in self.roles:
                roles += " %s_r" % role
            if roles != "":
                roles += " system_r"
            if self.type == EUSER:
                tmp = re.sub("TEMPLATETYPE", self.name, script.eusers)
            else:
                tmp = re.sub("TEMPLATETYPE", self.name, script.users)
            newsh += re.sub("ROLES", roles, tmp)

if self.type == RUSER:
                for u in self.transition_users:
                    tmp =  re.sub("TEMPLATETYPE", self.name, script.admin_trans)
                    newsh += re.sub("USER", u, tmp)

if self.type == LUSER:
                    newsh +=  re.sub("TEMPLATETYPE", self.name, script.min_login_user_default_context)
            else:
                    newsh +=  re.sub("TEMPLATETYPE", self.name, script.x_login_user_default_context)

return newsh
        
	def generate_sh(self):
                temp  = re.sub("TEMPLATETYPE", self.file_name, script.compile)
                if self.type == EUSER:
                    newsh  = re.sub("TEMPLATEFILE", "my%s" % self.file_name, temp)
                else:
                    newsh  = re.sub("TEMPLATEFILE", self.file_name, temp)
                if self.program != "":
                    newsh += re.sub("FILENAME", self.program, script.restorecon)
                if self.initscript != "":
                    newsh += re.sub("FILENAME", self.initscript, script.restorecon)

for i in self.files.keys():
			newsh += re.sub("FILENAME", i, script.restorecon)

for i in self.dirs.keys():
			newsh += re.sub("FILENAME", i, script.restorecon)

for i in self.in_tcp[PORTS] + self.out_tcp[PORTS]:
                    if self.find_port(i,"tcp") == None:
                        t1 = re.sub("PORTNUM", "%d" % i, script.tcp_ports)
                        newsh += re.sub("TEMPLATETYPE", self.name, t1)

for i in self.in_udp[PORTS]:
                    if self.find_port(i,"udp") == None:
			t1 = re.sub("PORTNUM", "%d" % i, script.udp_ports)
			newsh += re.sub("TEMPLATETYPE", self.name, t1)

newsh += self.generate_user_sh()
			
		return newsh
	
	def write_te(self, out_dir):
                if self.type == EUSER:
                    tefile = "%s/my%s.te" % (out_dir, self.file_name)
                else:
                    tefile = "%s/%s.te" % (out_dir, self.file_name)
		fd = open(tefile, "w")
		fd.write(self.generate_te())
		fd.close()
		return tefile

def write_sh(self, out_dir):
                if self.type == EUSER:
                    shfile = "%s/my%s.sh" % (out_dir, self.file_name)
                else:
                    shfile = "%s/%s.sh" % (out_dir, self.file_name)
		fd = open(shfile, "w")
		fd.write(self.generate_sh())
		fd.close()
                os.chmod(shfile, 0750)
		return shfile

def write_if(self, out_dir):
                if self.type == EUSER:
                    iffile = "%s/my%s.if" % (out_dir, self.file_name)
                else:
                    iffile = "%s/%s.if" % (out_dir, self.file_name)
		fd = open(iffile, "w")
		fd.write(self.generate_if())
		fd.close()
		return iffile

def write_fc(self,out_dir):
                if self.type == EUSER:
                    fcfile = "%s/my%s.fc" % (out_dir, self.file_name)
                else:
                    fcfile = "%s/%s.fc" % (out_dir, self.file_name)
                fd = open(fcfile, "w")
                fd.write(self.generate_fc())
                fd.close()
		return fcfile

def gen_writeable(self):
            fd = os.popen("rpm -qlf %s" % self.program)
            for f in fd.read().split():
                for b in self.DEFAULT_DIRS:
                    if b == "/etc":
                        continue
                    if f.startswith(b):
                        if os.path.isfile(f):
                            self.add_file(f)
                        else:
                            self.add_dir(f)
            fd.close()
            if os.path.isfile("/var/run/%s.pid"  % self.name):
                self.add_file("/var/run/%s.pid"  % self.name)

if os.path.isfile("/etc/rc.d/init.d/%s"  % self.name):
                self.set_init_script("/etc/rc\.d/init\.d/%s"  % self.name)

def gen_symbols(self):
            if self.type not in APPLICATIONS:
                return

fd = os.popen("nm -D %s | grep U" % self.program)
            for s in fd.read().split():
                for b in self.symbols:
                    if s.startswith(b):
                        exec "self.%s" %  self.symbols[b]
            fd.close()

def generate(self, out_dir = "."):
            self.write_te(out_dir)
            self.write_if(out_dir)
            self.write_fc(out_dir)
            self.write_sh(out_dir)
            out = "Created the following files in:\n%s/\n" %  out_dir
            out += "%s.te # %s\n" % (self.file_name, _("Type Enforcement file"))
            out += "%s.if # %s\n" % (self.file_name, _("Interface file"))
            out += "%s.fc # %s\n" % (self.file_name, _("File Contexts file"))
            out += "%s.sh # %s\n" % (self.file_name, _("Setup Script"))
            return out

def errorExit(error):
	sys.stderr.write("%s: " % sys.argv[0])
	sys.stderr.write("%s\n" % error)
	sys.stderr.flush()
	sys.exit(1)

def test():
    import tempfile

tmpdir = tempfile.mkdtemp(prefix="polgen_")

mypolicy = policy("myrwho", DAEMON)
    mypolicy.set_program("/usr/sbin/myrwhod")
    mypolicy.set_init_script("/etc/init.d/myrwhod")
    mypolicy.add_dir("/etc/nasd")
    mypolicy.set_in_tcp(1, 0, 0, "513")
    mypolicy.set_use_uid(True)
    mypolicy.set_use_tmp(True)
    mypolicy.set_use_syslog(True)
    mypolicy.set_use_pam(True)
    mypolicy.add_dir("/var/run/myrwho")
    mypolicy.add_dir("/var/lib/myrwho")
    print mypolicy.generate(tmpdir)

mypolicy = policy("mywhois", USER)
    mypolicy.set_program("/usr/bin/jwhois")
    mypolicy.set_out_tcp(0, "43,63,4321")
    mypolicy.set_out_udp(0, "43,63,4321")
    mypolicy.add_dir("/var/cache/jwhois")
    mypolicy.set_transition_users(["staff_u"])
    print mypolicy.generate(tmpdir)

mypolicy = policy("mytuser", TUSER)
    mypolicy.set_admin_roles(["mydbadm"])
    mypolicy.add_boolean("allow_mytuser_setuid", "Allow mytuser users to run setuid applications")
    print mypolicy.generate(tmpdir)
    
    mypolicy = policy("mycgi", CGI)
    mypolicy.set_program("/var/www/cgi-bin/cgi")
    mypolicy.set_in_tcp(1, 0, 0, "512, 55000-55000")
    mypolicy.set_in_udp(1, 0, 0, "1513")
    mypolicy.set_use_uid(True)
    mypolicy.set_use_tmp(False)
    mypolicy.set_use_syslog(True)
    mypolicy.set_use_pam(True)
    mypolicy.set_out_tcp(0,"8000")
    print mypolicy.generate(tmpdir)

mypolicy = policy("myinetd", INETD)
    mypolicy.set_program("/usr/bin/mytest")
    mypolicy.set_in_tcp(1, 0, 0, "513")
    mypolicy.set_in_udp(1, 0, 0, "1513")
    mypolicy.set_use_uid(True)
    mypolicy.set_use_tmp(True)
    mypolicy.set_use_syslog(True)
    mypolicy.set_use_pam(True)
    mypolicy.add_file("/var/lib/mysql/mysql.sock")
    mypolicy.add_file("/var/run/rpcbind.sock")
    mypolicy.add_file("/var/run/daemon.pub")
    mypolicy.add_file("/var/log/daemon.log")
    mypolicy.add_dir("/var/lib/daemon")
    mypolicy.add_dir("/etc/daemon")
    mypolicy.add_dir("/etc/daemon/special")
    mypolicy.set_use_uid(True)
    mypolicy.set_use_syslog(True)
    mypolicy.set_use_pam(True)
    mypolicy.set_use_audit(True)
    mypolicy.set_use_dbus(True)
    mypolicy.set_use_terminal(True)
    mypolicy.set_use_mail(True)
    mypolicy.set_out_tcp(0,"8000")
    print mypolicy.generate(tmpdir)

mypolicy = policy("mydbus", DBUS)
    mypolicy.set_program("/usr/libexec/mydbus")
    mypolicy.set_in_tcp(1, 0, 0, "513")
    mypolicy.set_in_udp(1, 0, 0, "1513")
    mypolicy.set_use_uid(True)
    mypolicy.set_use_tmp(True)
    mypolicy.set_use_syslog(True)
    mypolicy.set_use_pam(True)
    print mypolicy.generate(tmpdir)

mypolicy = policy("myxuser", XUSER)
    mypolicy.set_in_tcp(1, 1, 1, "28920")
    mypolicy.set_in_udp(0, 0, 1, "1513")
    mypolicy.set_transition_domains(["mozilla"])
    print mypolicy.generate(tmpdir)
    
    mypolicy = policy("myuser", USER)
    mypolicy.set_program("/usr/bin/myuser")
    mypolicy.set_in_tcp(1, 0, 0, "513")
    mypolicy.set_in_udp(1, 0, 0, "1513")
    mypolicy.set_use_uid(True)
    mypolicy.set_use_tmp(True)
    mypolicy.set_use_syslog(True)
    mypolicy.set_use_pam(True)
    mypolicy.add_file("/var/lib/myuser/myuser.sock")
    mypolicy.set_out_tcp(0,"8000")
    mypolicy.set_transition_users(["unconfined_u", "staff_u"])
    print mypolicy.generate(tmpdir)
    
    mypolicy = policy("mysandbox", SANDBOX)
    mypolicy.set_out_udp(0, "993")
    print mypolicy.generate("/tmp")

mypolicy = policy("mydbadm", RUSER)
    mypolicy.set_admin_domains(["postgresql", "mysql"])
    print mypolicy.generate(tmpdir)
    os.chdir(tmpdir)
    rc, output=commands.getstatusoutput("make -f /usr/share/selinux/devel/Makefile")
    print output
    sys.exit(os.WEXITSTATUS(rc))

import os, sys, getopt, socket, random, fcntl
    
def usage(msg):
    print _("""
%s

sepolgen [ -n moduleName ] [ -m ] [ -t type ] [ executable | Name ]
valid Types:
""") % msg
    keys=poltype.keys()
    for i in keys:
        print "\t%s\t%s" % (i, poltype[i])
    sys.exit(-1)
        
if __name__ == '__main__':
    setype = DAEMON
    name = None
    try:
        gopts, cmds = getopt.getopt(sys.argv[1:], "ht:mn:", 
                                    ["type=", 
                                     "mount",
                                     "test",
                                     "name=",
                                     "help"])
        for o, a in gopts:
            if o == "-t" or o == "--type":
                try:
                    if int(a) not in poltype:
                        usage ("invalid type %s" % a )
                except:
                    usage ("invalid type %s" % a )

setype = int(a)

if o == "-m" or o == "--mount":
                mount_ind = True
                
            if o == "-n" or o == "--name":
                name = a
                
            if o == "-h" or o == "--help":
                usage("")

if o == "--test":
                test()
                sys.exit(0)
            
    except getopt.error, error:
        usage(_("Options Error %s ") % error.msg)

if len(cmds) == 0:
           usage(_("Executable or Name required"))

try:
        if not name:
            name = os.path.basename(cmds[0]).replace("-","_")
        cmd = cmds[0]
        mypolicy = policy(name, setype)
        if setype not in USERS +  [ SANDBOX ]:
            mypolicy.set_program(cmd)

if setype in APPLICATIONS:
            mypolicy.gen_writeable()
            mypolicy.gen_symbols()
        print mypolicy.generate()
        sys.exit(0)
    except ValueError, e:
        usage(e)