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Merge branch 'freeradius_python3' into 'dev'

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Freeradius python3 backend

See merge request re2o/re2o!531
This commit is contained in:
klafyvel 2020-05-16 13:47:32 +02:00
commit bc7dcfd061
8 changed files with 159 additions and 255 deletions
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14
CHANGELOG.md
View file

@ -203,3 +203,17 @@ If you use MySQL, please run
```
SET GLOBAL SQL_MODE=ANSI_QUOTES;
```
## MR 531
To use the freeradius python3 backend, please add buster-backports sources to
your apt lists.
Then, install and update freeradius :
```bash
apt install -t buster-backports freeradius
apt install python3-dev
```
Make sure that all depending packages (python3-django etc) provided in the new
apt_requirements_radius.txt are installed.

19
apt_requirements_radius.txt
View file

@ -1,14 +1,14 @@
python-django
python-dateutil
python3-django
python3-dateutil
texlive-latex-base
texlive-fonts-recommended
python-djangorestframework
python-django-reversion
python-pip
python3-djangorestframework
python3-django-reversion
python3-pip
libsasl2-dev libldap2-dev
libssl-dev
python-crypto
python-git
python3-crypto
python3-git
javascript-common
libjs-jquery
libjs-jquery-ui
@ -19,5 +19,6 @@ graphviz
git
gettext
freeradius-common
freeradius-python2
python-mysqldb
freeradius-python3
python3-dev
python3-mysqldb

295
freeradius_utils/auth.py
View file

@ -23,23 +23,22 @@
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
"""
Backend python pour freeradius.
Python backend for freeradius.
Ce fichier contient la définition de plusieurs fonctions d'interface à
freeradius qui peuvent être appelées (suivant les configurations) à certains
moment de l'authentification, en WiFi, filaire, ou par les NAS eux-mêmes.
This file contains definition of some functions called by freeradius backend
during auth for wifi, wired device and nas.
Inspirés d'autres exemples trouvés ici :
Other examples can be found here :
https://github.com/FreeRADIUS/freeradius-server/blob/master/src/modules/rlm_python/
Inspiré du travail de Daniel Stan au Crans
Inspired by Daniel Stan in Crans
"""
import os
import sys
import logging
import traceback
import radiusd # Module magique freeradius (radiusd.py is dummy)
import radiusd # Magic module freeradius (radiusd.py is dummy)
from django.core.wsgi import get_wsgi_application
from django.db.models import Q
@ -61,26 +60,23 @@ from users.models import User
from preferences.models import RadiusOption
#: Serveur radius de test (pas la prod)
TEST_SERVER = bool(os.getenv("DBG_FREERADIUS", False))
# Logging
class RadiusdHandler(logging.Handler):
"""Handler de logs pour freeradius"""
"""Logs handler for freeradius"""
def emit(self, record):
"""Process un message de log, en convertissant les niveaux"""
"""Log message processing, level are converted"""
if record.levelno >= logging.WARN:
rad_sig = radiusd.L_ERR
elif record.levelno >= logging.INFO:
rad_sig = radiusd.L_INFO
else:
rad_sig = radiusd.L_DBG
radiusd.radlog(rad_sig, record.msg.encode("utf-8"))
radiusd.radlog(rad_sig, str(record.msg))
# Initialisation d'un logger (pour logguer unifié)
# Init for logging
logger = logging.getLogger("auth.py")
logger.setLevel(logging.DEBUG)
formatter = logging.Formatter("%(name)s: [%(levelname)s] %(message)s")
@ -90,17 +86,15 @@ logger.addHandler(handler)
def radius_event(fun):
"""Décorateur pour les fonctions d'interfaces avec radius.
Une telle fonction prend un uniquement argument, qui est une liste de
tuples (clé, valeur) et renvoie un triplet dont les composantes sont :
* le code de retour (voir radiusd.RLM_MODULE_* )
* un tuple de couples (clé, valeur) pour les valeurs de réponse (accès ok
et autres trucs du genre)
* un tuple de couples (clé, valeur) pour les valeurs internes à mettre à
jour (mot de passe par exemple)
"""Decorator for freeradius fonction with radius.
This function take a unique argument which is a list of tuples (key, value)
and return a tuple of 3 values which are:
* return code (see radiusd.RLM_MODULE_* )
* a tuple of 2 elements for response value (access ok , etc)
* a tuple of 2 elements for internal value to update (password for example)
On se contente avec ce décorateur (pour l'instant) de convertir la liste de
tuples en entrée en un dictionnaire."""
Here, we convert the list of tuples into a dictionnary.
"""
def new_f(auth_data):
""" The function transforming the tuples as dict """
@ -113,8 +107,6 @@ def radius_event(fun):
# Ex: Calling-Station-Id: "une_adresse_mac"
data[key] = value.replace('"', "")
try:
# TODO s'assurer ici que les tuples renvoyés sont bien des
# (str,str) : rlm_python ne digère PAS les unicodes
return fun(data)
except Exception as err:
exc_type, exc_instance, exc_traceback = sys.exc_info()
@ -128,36 +120,32 @@ def radius_event(fun):
@radius_event
def instantiate(*_):
"""Utile pour initialiser les connexions ldap une première fois (otherwise,
do nothing)"""
"""Usefull for instantiate ldap connexions otherwise,
do nothing"""
logger.info("Instantiation")
if TEST_SERVER:
logger.info(u"DBG_FREERADIUS is enabled")
@radius_event
def authorize(data):
"""On test si on connait le calling nas:
- si le nas est inconnue, on suppose que c'est une requète 802.1X, on la
traite
- si le nas est connu, on applique 802.1X si le mode est activé
- si le nas est connu et si il s'agit d'un nas auth par mac, on repond
accept en authorize
"""
# Pour les requetes proxifiees, on split
"""Here, we test if the Nas is known.
- If the nas is unknown, we assume that it is a 802.1X request,
- If the nas is known, we apply the 802.1X if enabled,
- It the nas is known AND nas auth is enabled with mac address, returns
accept here"""
# For proxified request, split
nas = data.get("NAS-IP-Address", data.get("NAS-Identifier", None))
nas_instance = find_nas_from_request(nas)
# Toutes les reuquètes non proxifiées
# For none proxified requests
nas_type = None
if nas_instance:
nas_type = Nas.objects.filter(nas_type=nas_instance.machine_type).first()
if not nas_type or nas_type.port_access_mode == "802.1X":
user = data.get("User-Name", "").decode("utf-8", errors="replace")
user = data.get("User-Name", "")
user = user.split("@", 1)[0]
mac = data.get("Calling-Station-Id", "")
result, log, password = check_user_machine_and_register(nas_type, user, mac)
logger.info(log.encode("utf-8"))
logger.info(user.encode("utf-8"))
logger.info(str(log))
logger.info(str(user))
if not result:
return radiusd.RLM_MODULE_REJECT
@ -179,28 +167,26 @@ def post_auth(data):
nas = data.get("NAS-IP-Address", data.get("NAS-Identifier", None))
nas_instance = find_nas_from_request(nas)
# Toutes les reuquètes non proxifiées
# All non proxified requests
if not nas_instance:
logger.info(u"Requete proxifiee, nas inconnu".encode("utf-8"))
logger.info("Proxified request, nas unknown")
return radiusd.RLM_MODULE_OK
nas_type = Nas.objects.filter(nas_type=nas_instance.machine_type).first()
if not nas_type:
logger.info(u"Type de nas non enregistre dans la bdd!".encode("utf-8"))
logger.info("This kind of nas is not registered in the database!")
return radiusd.RLM_MODULE_OK
mac = data.get("Calling-Station-Id", None)
# Switch et bornes héritent de machine et peuvent avoir plusieurs
# interfaces filles
# Switchs and access point can have several interfaces
nas_machine = nas_instance.machine
# Si il s'agit d'un switch
# If it is a switchs
if hasattr(nas_machine, "switch"):
port = data.get("NAS-Port-Id", data.get("NAS-Port", None))
# Pour les infrastructures possédant des switchs Juniper :
# On vérifie si le switch fait partie d'un stack Juniper
# If the switch is part of a stack, calling ip is different from calling switch.
instance_stack = nas_machine.switch.stack
if instance_stack:
# Si c'est le cas, on resélectionne le bon switch dans la stack
# If it is a stack, we select the correct switch in the stack
id_stack_member = port.split("-")[1].split("/")[0]
nas_machine = (
Switch.objects.filter(stack=instance_stack)
@ -208,22 +194,22 @@ def post_auth(data):
.prefetch_related("interface_set__domain__extension")
.first()
)
# On récupère le numéro du port sur l'output de freeradius.
# La ligne suivante fonctionne pour cisco, HP et Juniper
# Find the port number from freeradius, works both with HP, Cisco
# and juniper output
port = port.split(".")[0].split("/")[-1][-2:]
out = decide_vlan_switch(nas_machine, nas_type, port, mac)
sw_name, room, reason, vlan_id, decision, attributes = out
if decision:
log_message = "(fil) %s -> %s [%s%s]" % (
sw_name + u":" + port + u"/" + str(room),
log_message = "(wired) %s -> %s [%s%s]" % (
sw_name + ":" + port + "/" + str(room),
mac,
vlan_id,
(reason and u": " + reason).encode("utf-8"),
(reason and ": " + reason),
)
logger.info(log_message)
# Filaire
# Wired connexion
return (
radiusd.RLM_MODULE_UPDATED,
(
@ -235,10 +221,10 @@ def post_auth(data):
(),
)
else:
log_message = "(fil) %s -> %s [Reject:%s]" % (
sw_name + u":" + port + u"/" + str(room),
log_message = "(fil) %s -> %s [Reject %s]" % (
sw_name + ":" + port + "/" + str(room),
mac,
(reason and u": " + reason).encode("utf-8"),
(reason and ": " + reason),
)
logger.info(log_message)
@ -251,12 +237,12 @@ def post_auth(data):
# TODO : remove this function
@radius_event
def dummy_fun(_):
"""Do nothing, successfully. (C'est pour avoir un truc à mettre)"""
"""Do nothing, successfully. """
return radiusd.RLM_MODULE_OK
def detach(_=None):
"""Appelé lors du déchargement du module (enfin, normalement)"""
"""Detatch the auth"""
print("*** goodbye from auth.py ***")
return radiusd.RLM_MODULE_OK
@ -275,82 +261,74 @@ def find_nas_from_request(nas_id):
def check_user_machine_and_register(nas_type, username, mac_address):
"""Verifie le username et la mac renseignee. L'enregistre si elle est
inconnue.
Renvoie le mot de passe ntlm de l'user si tout est ok
Utilise pour les authentifications en 802.1X"""
"""Check if username and mac are registered. Register it if unknown.
Return the user ntlm password if everything is ok.
Used for 802.1X auth"""
interface = Interface.objects.filter(mac_address=mac_address).first()
user = User.objects.filter(pseudo__iexact=username).first()
if not user:
return (False, u"User inconnu", "")
return (False, "User unknown", "")
if not user.has_access():
return (False, u"Adherent non cotisant", "")
return (False, "Invalid connexion (non-contributing user)", "")
if interface:
if interface.machine.user != user:
return (
False,
u"Machine enregistree sur le compte d'un autre " "user...",
"Mac address registered on another user account",
"",
)
elif not interface.is_active:
return (False, u"Machine desactivee", "")
return (False, "Interface/Machine disabled", "")
elif not interface.ipv4:
interface.assign_ipv4()
return (True, u"Ok, Reassignation de l'ipv4", user.pwd_ntlm)
return (True, "Ok, new ipv4 assignement...", user.pwd_ntlm)
else:
return (True, u"Access ok", user.pwd_ntlm)
return (True, "Access ok", user.pwd_ntlm)
elif nas_type:
if nas_type.autocapture_mac:
result, reason = user.autoregister_machine(mac_address, nas_type)
if result:
return (True, u"Access Ok, Capture de la mac...", user.pwd_ntlm)
return (True, "Access Ok, Registering mac...", user.pwd_ntlm)
else:
return (False, u"Erreur dans le register mac %s" % reason, "")
return (False, "Error during mac register %s" % reason, "")
else:
return (False, u"Machine inconnue", "")
return (False, "Unknown interface/machine", "")
else:
return (False, u"Machine inconnue", "")
return (False, "Unknown interface/machine", "")
def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
"""Fonction de placement vlan pour un switch en radius filaire auth par
mac.
Plusieurs modes :
- tous les modes:
- nas inconnu: VLAN_OK
- port inconnu: Politique définie dans RadiusOption
- pas de radius sur le port: VLAN_OK
- force: placement sur le vlan indiqué dans la bdd
"""Function for selecting vlan for a switch with wired mac auth radius.
Several modes are available :
- all modes:
- unknown NAS : VLAN_OK,
- unknown port : Decision set in Re2o RadiusOption
- No radius on this port : VLAN_OK
- force : returns vlan provided by the database
- mode strict:
- pas de chambre associée: Politique définie
dans RadiusOption
- pas d'utilisateur dans la chambre : Rejet
(redirection web si disponible)
- utilisateur de la chambre banni ou désactivé : Rejet
(redirection web si disponible)
- utilisateur de la chambre non cotisant et non whiteslist:
Politique définie dans RadiusOption
- sinon passe à common (ci-dessous)
- no room : Decision set in Re2o RadiusOption,
- no user in this room : Reject,
- user of this room is banned or disable : Reject,
- user of this room non-contributor and not whitelisted:
Decision set in Re2o RadiusOption
- mode common :
- interface connue (macaddress):
- utilisateur proprio non cotisant / machine désactivée:
Politique définie dans RadiusOption
- utilisateur proprio banni :
Politique définie dans RadiusOption
- user à jour : VLAN_OK (réassignation de l'ipv4 au besoin)
- interface inconnue :
- register mac désactivé : Politique définie
dans RadiusOption
- register mac activé: redirection vers webauth
- mac-address already registered:
- related user non contributor / interface disabled:
Decision set in Re2o RadiusOption
- related user is banned:
Decision set in Re2o RadiusOption
- user contributing : VLAN_OK (can assign ipv4 if needed)
- unknown interface :
- register mac disabled : Decision set in Re2o RadiusOption
- register mac enabled : redirect to webauth
Returns:
tuple avec :
- Nom du switch (str)
- chambre (str)
- raison de la décision (str)
tuple with :
- Switch name (str)
- Room (str)
- Reason of the decision (str)
- vlan_id (int)
- decision (bool)
- Attributs supplémentaires (attribut:str, operateur:str, valeur:str)
- Other Attributs (attribut:str, operator:str, value:str)
"""
attributes_kwargs = {
"client_mac": str(mac_address),
@ -358,12 +336,12 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
}
# Get port from switch and port number
extra_log = ""
# Si le NAS est inconnu, on place sur le vlan defaut
# If NAS is unknown, go to default vlan
if not nas_machine:
return (
"?",
u"Chambre inconnue",
u"Nas inconnu",
"Unknown room",
"Unknown NAS",
RadiusOption.get_cached_value("vlan_decision_ok").vlan_id,
True,
RadiusOption.get_attributes("ok_attributes", attributes_kwargs),
@ -375,76 +353,71 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
attributes_kwargs["switch_ip"] = str(switch.ipv4)
port = Port.objects.filter(switch=switch, port=port_number).first()
# Si le port est inconnu, on place sur le vlan defaut
# Aucune information particulière ne permet de déterminer quelle
# politique à appliquer sur ce port
# If the port is unknwon, go to default vlan
# We don't have enought information to make a better decision
if not port:
return (
sw_name,
"Port inconnu",
u"Port inconnu",
"Unknown port",
"PUnknown port",
getattr(
RadiusOption.get_cached_value("unknown_port_vlan"), "vlan_id", None
),
RadiusOption.get_cached_value("unknown_port") != RadiusOption.REJECT,
RadiusOption.get_attributes("unknown_port_attributes", attributes_kwargs),
)
# On récupère le profil du port
# Retrieve port profile
port_profile = port.get_port_profile
# Si un vlan a été précisé dans la config du port,
# on l'utilise pour VLAN_OK
# If a vlan is precised in port config, we use it
if port_profile.vlan_untagged:
DECISION_VLAN = int(port_profile.vlan_untagged.vlan_id)
extra_log = u"Force sur vlan " + str(DECISION_VLAN)
extra_log = "Force sur vlan " + str(DECISION_VLAN)
attributes = ()
else:
DECISION_VLAN = RadiusOption.get_cached_value("vlan_decision_ok").vlan_id
attributes = RadiusOption.get_attributes("ok_attributes", attributes_kwargs)
# Si le port est désactivé, on rejette la connexion
# If the port is disabled in re2o, REJECT
if not port.state:
return (sw_name, port.room, u"Port desactive", None, False, ())
return (sw_name, port.room, "Port disabled", None, False, ())
# Si radius est désactivé, on laisse passer
# If radius is disabled, decision is OK
if port_profile.radius_type == "NO":
return (
sw_name,
"",
u"Pas d'authentification sur ce port" + extra_log,
"No Radius auth enabled on this port" + extra_log,
DECISION_VLAN,
True,
attributes,
)
# Si le 802.1X est activé sur ce port, cela veut dire que la personne a
# été accept précédemment
# Par conséquent, on laisse passer sur le bon vlan
# If 802.1X is enabled, people has been previously accepted.
# Go to the decision vlan
if (nas_type.port_access_mode, port_profile.radius_type) == ("802.1X", "802.1X"):
room = port.room or "Chambre/local inconnu"
room = port.room or "Room unknown"
return (
sw_name,
room,
u"Acceptation authentification 802.1X",
"Accept authentication 802.1X",
DECISION_VLAN,
True,
attributes,
)
# Sinon, cela veut dire qu'on fait de l'auth radius par mac
# Si le port est en mode strict, on vérifie que tous les users
# rattachés à ce port sont bien à jour de cotisation. Sinon on rejette
# (anti squattage)
# Il n'est pas possible de se connecter sur une prise strict sans adhérent
# à jour de cotis dedans
# Otherwise, we are in mac radius.
# If strict mode is enabled, we check every user related with this port. If
# one user or more is not enabled, we reject to prevent from sharing or
# spoofing mac.
if port_profile.radius_mode == "STRICT":
room = port.room
if not room:
return (
sw_name,
"Inconnue",
u"Chambre inconnue",
"Unknown",
"Unkwown room",
getattr(
RadiusOption.get_cached_value("unknown_room_vlan"), "vlan_id", None
),
@ -461,7 +434,7 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
return (
sw_name,
room,
u"Chambre non cotisante",
"Non-contributing room",
getattr(
RadiusOption.get_cached_value("non_member_vlan"), "vlan_id", None
),
@ -473,7 +446,7 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
return (
sw_name,
room,
u"Utilisateur banni ou desactive",
"User is banned or disabled",
getattr(
RadiusOption.get_cached_value("banned_vlan"), "vlan_id", None
),
@ -484,7 +457,7 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
return (
sw_name,
room,
u"Utilisateur suspendu (mail non confirme)",
"User is suspended (mail has not been confirmed)",
getattr(
RadiusOption.get_cached_value("non_member_vlan"),
"vlan_id",
@ -499,7 +472,7 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
return (
sw_name,
room,
u"Utilisateur non cotisant",
"Non-contributing member",
getattr(
RadiusOption.get_cached_value("non_member_vlan"),
"vlan_id",
@ -510,27 +483,27 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
"non_member_attributes", attributes_kwargs
),
)
# else: user OK, on passe à la verif MAC
# else: user OK, so we check MAC now
# Si on fait de l'auth par mac, on cherche l'interface
# via sa mac dans la bdd
# If we are authenticating with mac, we look for the interfaces and its mac address
if port_profile.radius_mode == "COMMON" or port_profile.radius_mode == "STRICT":
# Authentification par mac
# Mac auth
interface = (
Interface.objects.filter(mac_address=mac_address)
.select_related("machine__user")
.select_related("ipv4")
.first()
)
# If mac is unknown,
if not interface:
room = port.room
# On essaye de register la mac, si l'autocapture a été activée,
# on rejette pour faire une redirection web si possible.
# We try to register mac, if autocapture is enabled
# Final decision depend on RADIUSOption set in re2o
if nas_type.autocapture_mac:
return (
sw_name,
room,
u"Machine Inconnue",
"Unknown mac/interface",
getattr(
RadiusOption.get_cached_value("unknown_machine_vlan"),
"vlan_id",
@ -542,13 +515,12 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
"unknown_machine_attributes", attributes_kwargs
),
)
# Sinon on bascule sur la politique définie dans les options
# radius.
# Otherwise, if autocapture mac is not enabled,
else:
return (
sw_name,
"",
u"Machine inconnue",
"Unknown mac/interface",
getattr(
RadiusOption.get_cached_value("unknown_machine_vlan"),
"vlan_id",
@ -561,17 +533,15 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
),
)
# L'interface a été trouvée, on vérifie qu'elle est active,
# sinon on reject
# Si elle n'a pas d'ipv4, on lui en met une
# Enfin on laisse passer sur le vlan pertinent
# Mac/Interface is found, check if related user is contributing and ok
# If needed, set ipv4 to it
else:
room = port.room
if interface.machine.user.is_ban():
return (
sw_name,
room,
u"Adherent banni",
"Banned user",
getattr(
RadiusOption.get_cached_value("banned_vlan"), "vlan_id", None
),
@ -582,7 +552,7 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
return (
sw_name,
room,
u"Machine non active / adherent non cotisant",
"Disabled interface / non-contributing member",
getattr(
RadiusOption.get_cached_value("non_member_vlan"),
"vlan_id",
@ -593,8 +563,7 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
"non_member_attributes", attributes_kwargs
),
)
# Si on choisi de placer les machines sur le vlan
# correspondant à leur type :
# If settings is set to related interface vlan policy based on interface type:
if RadiusOption.get_cached_value("radius_general_policy") == "MACHINE":
DECISION_VLAN = interface.machine_type.ip_type.vlan.vlan_id
if not interface.ipv4:
@ -602,7 +571,7 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
return (
sw_name,
room,
u"Ok, Reassignation de l'ipv4" + extra_log,
"Ok, assigning new ipv4" + extra_log,
DECISION_VLAN,
True,
attributes,
@ -611,7 +580,7 @@ def decide_vlan_switch(nas_machine, nas_type, port_number, mac_address):
return (
sw_name,
room,
u"Machine OK" + extra_log,
"Interface OK" + extra_log,
DECISION_VLAN,
True,
attributes,

33
freeradius_utils/freeradius2/modules/rlm_python_re2o.conf
View file

@ -1,33 +0,0 @@
python re2o {
mod_instantiate = auth
func_instantiate = instantiate
# Pour le authorize, c'est auth.py qui fait le tri maintenant
mod_authorize = auth
func_authorize = authorize
# Renseigne le vlan si necessaire
# remplacer par dummy_fun pour ignorer le tagging de vlan
mod_post_auth = auth
func_post_auth = post_auth
# Que faire avant de quitter
mod_detach = auth
func_detach = detach
# Le reste sert à rien
mod_accounting = auth
func_accounting = dummy_fun
mod_pre_proxy = auth
func_pre_proxy = dummy_fun
mod_post_proxy = auth
func_post_proxy = dummy_fun
mod_recv_coa = auth
func_recv_coa = dummy_fun
mod_send_coa = auth
func_send_coa = dummy_fun
}

43
freeradius_utils/freeradius2/sites-enabled/radius-filaire
View file

@ -1,43 +0,0 @@
server radius-filaire{
authorize{
re2o
expiration
logintime
pap
}
authenticate{
Auth-Type PAP{
pap
}
Auth-Type CHAP{
chap
}
Auth-Type MS-CHAP{
mschap
}
digest
unix
eap
}
preacct{
preprocess
acct_unique
suffix
files
}
accounting{
}
session{
}
post-auth{
re2o
exec
}
pre-proxy{
}
post-proxy{
eap
}
}

4
freeradius_utils/freeradius3/mods-enabled/python
View file

@ -6,10 +6,10 @@
# rlm_python is called for a section which does not have
# a function defined, it will return NOOP.
#
python re2o {
python3 re2o {
module = auth
python_path = /etc/freeradius/3.0:/usr/lib/python2.7:/usr/lib/python2.7/dist-packages:/usr/local/lib/python2.7/site-packages:/usr/lib/python2.7/lib-dynload:/usr/local/lib/python2.7/dist-packages
python_path = /etc/freeradius/3.0:/usr/lib/python3.7:/usr/lib/python3.7/dist-packages:/usr/local/lib/python3.7/site-packages:/usr/lib/python3.7/lib-dynload:/usr/local/lib/python3.7/dist-packages
mod_instantiate = ${.module}
func_instantiate = instantiate

3
install_re2o.sh
View file

@ -6,7 +6,6 @@ SETTINGS_EXAMPLE_FILE='re2o/settings_local.example.py'
APT_REQ_FILE="apt_requirements.txt"
APT_RADIUS_REQ_FILE="apt_requirements_radius.txt"
PIP_REQ_FILE="pip_requirements.txt"
PIP_RADIUS_REQ_FILE="pip_requirements_radius.txt"
LDIF_DB_FILE="install_utils/db.ldiff"
LDIF_SCHEMA_FILE="install_utils/schema.ldiff"
@ -93,7 +92,7 @@ install_radius_requirements() {
echo "Setting up the required packages ..."
cat $APT_RADIUS_REQ_FILE | xargs apt-get -y install
python -m pip install -r $PIP_RADIUS_REQ_FILE
python -m pip install -r $PIP_REQ_FILE
echo "Setting up the required packages: Done"
}

3
pip_requirements_radius.txt
View file

@ -1,3 +0,0 @@
django-bootstrap3
django-macaddress
django-ldapdb==1.3.0