import yaml
from base64 import standard_b64decode
from copy import deepcopy
+
# from functools import reduce
from http import HTTPStatus
from time import time
from os import path
-from authconn import AuthException, AuthExceptionUnauthorized
-from authconn_keystone import AuthconnKeystone
-from authconn_internal import AuthconnInternal # Comment out for testing&debugging, uncomment when ready
-from osm_common import dbmongo
-from osm_common import dbmemory
+from osm_nbi.authconn import AuthException, AuthconnException, AuthExceptionUnauthorized
+from osm_nbi.authconn_keystone import AuthconnKeystone
+from osm_nbi.authconn_internal import AuthconnInternal
+from osm_nbi.authconn_tacacs import AuthconnTacacs
+from osm_common import dbmemory, dbmongo, msglocal, msgkafka
from osm_common.dbbase import DbException
-
-from uuid import uuid4 # For Role _id with internal authentication backend
+from osm_nbi.validation import is_valid_uuid
+from itertools import chain
+from uuid import uuid4
class Authenticator:
This class must be threading safe
"""
- periodin_db_pruning = 60 * 30 # for the internal backend only. every 30 minutes expired tokens will be pruned
+ periodin_db_pruning = (
+ 60 * 30
+ ) # for the internal backend only. every 30 minutes expired tokens will be pruned
+ token_limit = 500 # when reached, the token cache will be cleared
- def __init__(self):
+ def __init__(self, valid_methods, valid_query_string):
"""
Authenticator initializer. Setup the initial state of the object,
while it waits for the config dictionary and database initialization.
self.backend = None
self.config = None
self.db = None
+ self.msg = None
self.tokens_cache = dict()
- self.next_db_prune_time = 0 # time when next cleaning of expired tokens must be done
- self.resources_to_operations_file = None
+ self.next_db_prune_time = (
+ 0 # time when next cleaning of expired tokens must be done
+ )
self.roles_to_operations_file = None
- self.roles_to_operations_table = None
+ # self.roles_to_operations_table = None
self.resources_to_operations_mapping = {}
self.operation_to_allowed_roles = {}
self.logger = logging.getLogger("nbi.authenticator")
- self.operations = []
+ self.role_permissions = []
+ self.valid_methods = valid_methods
+ self.valid_query_string = valid_query_string
+ self.system_admin_role_id = None # system_role id
+ self.test_project_id = None # test_project_id
def start(self, config):
"""
self.db = dbmemory.DbMemory()
self.db.db_connect(config["database"])
else:
- raise AuthException("Invalid configuration param '{}' at '[database]':'driver'"
- .format(config["database"]["driver"]))
+ raise AuthException(
+ "Invalid configuration param '{}' at '[database]':'driver'".format(
+ config["database"]["driver"]
+ )
+ )
+ if not self.msg:
+ if config["message"]["driver"] == "local":
+ self.msg = msglocal.MsgLocal()
+ self.msg.connect(config["message"])
+ elif config["message"]["driver"] == "kafka":
+ self.msg = msgkafka.MsgKafka()
+ self.msg.connect(config["message"])
+ else:
+ raise AuthException(
+ "Invalid configuration param '{}' at '[message]':'driver'".format(
+ config["message"]["driver"]
+ )
+ )
if not self.backend:
if config["authentication"]["backend"] == "keystone":
- self.backend = AuthconnKeystone(self.config["authentication"])
+ self.backend = AuthconnKeystone(
+ self.config["authentication"], self.db, self.role_permissions
+ )
elif config["authentication"]["backend"] == "internal":
- self.backend = AuthconnInternal(self.config["authentication"], self.db, self.tokens_cache)
- self._internal_tokens_prune()
- else:
- raise AuthException("Unknown authentication backend: {}"
- .format(config["authentication"]["backend"]))
- if not self.resources_to_operations_file:
- if "resources_to_operations" in config["rbac"]:
- self.resources_to_operations_file = config["rbac"]["resources_to_operations"]
+ self.backend = AuthconnInternal(
+ self.config["authentication"], self.db, self.role_permissions
+ )
+ self._internal_tokens_prune("tokens")
+ elif config["authentication"]["backend"] == "tacacs":
+ self.backend = AuthconnTacacs(
+ self.config["authentication"], self.db, self.role_permissions
+ )
+ self._internal_tokens_prune("tokens_tacacs")
else:
- possible_paths = (
- __file__[:__file__.rfind("auth.py")] + "resources_to_operations.yml",
- "./resources_to_operations.yml"
+ raise AuthException(
+ "Unknown authentication backend: {}".format(
+ config["authentication"]["backend"]
+ )
)
- for config_file in possible_paths:
- if path.isfile(config_file):
- self.resources_to_operations_file = config_file
- break
- if not self.resources_to_operations_file:
- raise AuthException("Invalid permission configuration: resources_to_operations file missing")
+
if not self.roles_to_operations_file:
if "roles_to_operations" in config["rbac"]:
- self.roles_to_operations_file = config["rbac"]["roles_to_operations"]
+ self.roles_to_operations_file = config["rbac"][
+ "roles_to_operations"
+ ]
else:
possible_paths = (
- __file__[:__file__.rfind("auth.py")] + "roles_to_operations.yml",
- "./roles_to_operations.yml"
+ __file__[: __file__.rfind("auth.py")]
+ + "roles_to_operations.yml",
+ "./roles_to_operations.yml",
)
for config_file in possible_paths:
if path.isfile(config_file):
self.roles_to_operations_file = config_file
break
- if not self.roles_to_operations_file:
- raise AuthException("Invalid permission configuration: roles_to_operations file missing")
- if not self.roles_to_operations_table: # PROVISIONAL ?
- self.roles_to_operations_table = "roles_operations" \
- if config["authentication"]["backend"] == "keystone" \
- else "roles"
+ if not self.roles_to_operations_file:
+ raise AuthException(
+ "Invalid permission configuration: roles_to_operations file missing"
+ )
+
+ # load role_permissions
+ def load_role_permissions(method_dict):
+ for k in method_dict:
+ if k == "ROLE_PERMISSION":
+ for method in chain(
+ method_dict.get("METHODS", ()), method_dict.get("TODO", ())
+ ):
+ permission = method_dict["ROLE_PERMISSION"] + method.lower()
+ if permission not in self.role_permissions:
+ self.role_permissions.append(permission)
+ elif k in ("TODO", "METHODS"):
+ continue
+ elif method_dict[k]:
+ load_role_permissions(method_dict[k])
+
+ load_role_permissions(self.valid_methods)
+ for query_string in self.valid_query_string:
+ for method in ("get", "put", "patch", "post", "delete"):
+ permission = query_string.lower() + ":" + method
+ if permission not in self.role_permissions:
+ self.role_permissions.append(permission)
+
+ # get ids of role system_admin and test project
+ role_system_admin = self.db.get_one(
+ "roles", {"name": "system_admin"}, fail_on_empty=False
+ )
+ if role_system_admin:
+ self.system_admin_role_id = role_system_admin["_id"]
+ test_project_name = self.config["authentication"].get(
+ "project_not_authorized", "admin"
+ )
+ test_project = self.db.get_one(
+ "projects", {"name": test_project_name}, fail_on_empty=False
+ )
+ if test_project:
+ self.test_project_id = test_project["_id"]
+
except Exception as e:
raise AuthException(str(e))
except DbException as e:
raise AuthException(str(e), http_code=e.http_code)
- def init_db(self, target_version='1.0'):
+ def create_admin_project(self):
+ """
+ Creates a new project 'admin' into database if it doesn't exist. Useful for initialization.
+ :return: _id identity of the 'admin' project
+ """
+
+ # projects = self.db.get_one("projects", fail_on_empty=False, fail_on_more=False)
+ project_desc = {"name": "admin"}
+ projects = self.backend.get_project_list(project_desc)
+ if projects:
+ return projects[0]["_id"]
+ now = time()
+ project_desc["_id"] = str(uuid4())
+ project_desc["_admin"] = {"created": now, "modified": now}
+ pid = self.backend.create_project(project_desc)
+ self.logger.info(
+ "Project '{}' created at database".format(project_desc["name"])
+ )
+ return pid
+
+ def create_admin_user(self, project_id):
+ """
+ Creates a new user admin/admin into database if database is empty. Useful for initialization
+ :return: _id identity of the inserted data, or None
+ """
+ # users = self.db.get_one("users", fail_on_empty=False, fail_on_more=False)
+ users = self.backend.get_user_list()
+ if users:
+ return None
+ # user_desc = {"username": "admin", "password": "admin", "projects": [project_id]}
+ now = time()
+ user_desc = {
+ "username": "admin",
+ "password": "admin",
+ "_admin": {"created": now, "modified": now},
+ }
+ if project_id:
+ pid = project_id
+ else:
+ # proj = self.db.get_one("projects", {"name": "admin"}, fail_on_empty=False, fail_on_more=False)
+ proj = self.backend.get_project_list({"name": "admin"})
+ pid = proj[0]["_id"] if proj else None
+ # role = self.db.get_one("roles", {"name": "system_admin"}, fail_on_empty=False, fail_on_more=False)
+ roles = self.backend.get_role_list({"name": "system_admin"})
+ if pid and roles:
+ user_desc["project_role_mappings"] = [
+ {"project": pid, "role": roles[0]["_id"]}
+ ]
+ uid = self.backend.create_user(user_desc)
+ self.logger.info("User '{}' created at database".format(user_desc["username"]))
+ return uid
+
+ def init_db(self, target_version="1.0"):
"""
Check if the database has been initialized, with at least one user. If not, create the required tables
and insert the predefined mappings between roles and permissions.
:param target_version: schema version that should be present in the database.
:return: None if OK, exception if error or version is different.
"""
- # Always reads operation to resource mapping from file (this is static, no need to store it in MongoDB)
- # Operations encoding: "<METHOD> <URL>"
- # Note: it is faster to rewrite the value than to check if it is already there or not
- # PCR 28/05/2019 Commented out to allow initialization for internal backend
- # if self.config["authentication"]["backend"] == "internal":
- # return
+ records = self.backend.get_role_list()
- with open(self.resources_to_operations_file, "r") as stream:
- resources_to_operations_yaml = yaml.load(stream)
-
- for resource, operation in resources_to_operations_yaml["resources_to_operations"].items():
- if operation not in self.operations:
- self.operations.append(operation)
- self.resources_to_operations_mapping[resource] = operation
-
- records = self.db.get_list(self.roles_to_operations_table)
-
- # Loading permissions to MongoDB if there is not any permission.
- if not records:
+ # Loading permissions to AUTH. At lease system_admin must be present.
+ if not records or not next(
+ (r for r in records if r["name"] == "system_admin"), None
+ ):
with open(self.roles_to_operations_file, "r") as stream:
- roles_to_operations_yaml = yaml.load(stream)
+ roles_to_operations_yaml = yaml.load(stream, Loader=yaml.Loader)
role_names = []
for role_with_operations in roles_to_operations_yaml["roles"]:
if role_with_operations["name"] not in role_names:
role_names.append(role_with_operations["name"])
else:
- raise AuthException("Duplicated role name '{}' at file '{}''"
- .format(role_with_operations["name"], self.roles_to_operations_file))
+ raise AuthException(
+ "Duplicated role name '{}' at file '{}''".format(
+ role_with_operations["name"], self.roles_to_operations_file
+ )
+ )
if not role_with_operations["permissions"]:
continue
- for permission, is_allowed in role_with_operations["permissions"].items():
+ for permission, is_allowed in role_with_operations[
+ "permissions"
+ ].items():
if not isinstance(is_allowed, bool):
- raise AuthException("Invalid value for permission '{}' at role '{}'; at file '{}'"
- .format(permission, role_with_operations["name"],
- self.roles_to_operations_file))
-
- # TODO chek permission is ok
+ raise AuthException(
+ "Invalid value for permission '{}' at role '{}'; at file '{}'".format(
+ permission,
+ role_with_operations["name"],
+ self.roles_to_operations_file,
+ )
+ )
+
+ # TODO check permission is ok
if permission[-1] == ":":
- raise AuthException("Invalid permission '{}' terminated in ':' for role '{}'; at file {}"
- .format(permission, role_with_operations["name"],
- self.roles_to_operations_file))
+ raise AuthException(
+ "Invalid permission '{}' terminated in ':' for role '{}'; at file {}".format(
+ permission,
+ role_with_operations["name"],
+ self.roles_to_operations_file,
+ )
+ )
if "default" not in role_with_operations["permissions"]:
role_with_operations["permissions"]["default"] = False
"modified": now,
}
- if self.config["authentication"]["backend"] == "keystone":
- if role_with_operations["name"] != "anonymous":
- backend_roles = self.backend.get_role_list(filter_q={"name": role_with_operations["name"]})
- if backend_roles:
- backend_id = backend_roles[0]["_id"]
- else:
- backend_id = self.backend.create_role(role_with_operations["name"])
- role_with_operations["_id"] = backend_id
- else:
- role_with_operations["_id"] = str(uuid4())
-
- self.db.create(self.roles_to_operations_table, role_with_operations)
+ # self.db.create(self.roles_to_operations_table, role_with_operations)
+ try:
+ self.backend.create_role(role_with_operations)
+ self.logger.info(
+ "Role '{}' created".format(role_with_operations["name"])
+ )
+ except (AuthException, AuthconnException) as e:
+ if role_with_operations["name"] == "system_admin":
+ raise
+ self.logger.error(
+ "Role '{}' cannot be created: {}".format(
+ role_with_operations["name"], e
+ )
+ )
- if self.config["authentication"]["backend"] != "internal":
- self.backend.assign_role_to_user("admin", "admin", "system_admin")
+ # Create admin project&user if required
+ pid = self.create_admin_project()
+ user_id = self.create_admin_user(pid)
+
+ # try to assign system_admin role to user admin if not any user has this role
+ if not user_id:
+ try:
+ users = self.backend.get_user_list()
+ roles = self.backend.get_role_list({"name": "system_admin"})
+ role_id = roles[0]["_id"]
+ user_with_system_admin = False
+ user_admin_id = None
+ for user in users:
+ if not user_admin_id:
+ user_admin_id = user["_id"]
+ if user["username"] == "admin":
+ user_admin_id = user["_id"]
+ for prm in user.get("project_role_mappings", ()):
+ if prm["role"] == role_id:
+ user_with_system_admin = True
+ break
+ if user_with_system_admin:
+ break
+ if not user_with_system_admin:
+ self.backend.update_user(
+ {
+ "_id": user_admin_id,
+ "add_project_role_mappings": [
+ {"project": pid, "role": role_id}
+ ],
+ }
+ )
+ self.logger.info(
+ "Added role system admin to user='{}' project=admin".format(
+ user_admin_id
+ )
+ )
+ except Exception as e:
+ self.logger.error(
+ "Error in Authorization DataBase initialization: {}: {}".format(
+ type(e).__name__, e
+ )
+ )
self.load_operation_to_allowed_roles()
def load_operation_to_allowed_roles(self):
"""
- Fills the internal self.operation_to_allowed_roles based on database role content and self.operations
+ Fills the internal self.operation_to_allowed_roles based on database role content and self.role_permissions
It works in a shadow copy and replace at the end to allow other threads working with the old copy
:return: None
"""
- permissions = {oper: [] for oper in self.operations}
- records = self.db.get_list(self.roles_to_operations_table)
+ permissions = {oper: [] for oper in self.role_permissions}
+ # records = self.db.get_list(self.roles_to_operations_table)
+ records = self.backend.get_role_list()
ignore_fields = ["_id", "_admin", "name", "default"]
for record in records:
- record_permissions = {oper: record["permissions"].get("default", False) for oper in self.operations}
- operations_joined = [(oper, value) for oper, value in record["permissions"].items()
- if oper not in ignore_fields]
+ if not record.get("permissions"):
+ continue
+ record_permissions = {
+ oper: record["permissions"].get("default", False)
+ for oper in self.role_permissions
+ }
+ operations_joined = [
+ (oper, value)
+ for oper, value in record["permissions"].items()
+ if oper not in ignore_fields
+ ]
operations_joined.sort(key=lambda x: x[0].count(":"))
for oper in operations_joined:
- match = list(filter(lambda x: x.find(oper[0]) == 0, record_permissions.keys()))
+ match = list(
+ filter(lambda x: x.find(oper[0]) == 0, record_permissions.keys())
+ )
for m in match:
record_permissions[m] = oper[1]
self.operation_to_allowed_roles = permissions
- def authorize(self):
+ def authorize(
+ self, role_permission=None, query_string_operations=None, item_id=None
+ ):
token = None
user_passwd64 = None
try:
token = cherrypy.session.get("Authorization")
if token == "logout":
token = None # force Unauthorized response to insert user password again
- elif user_passwd64 and cherrypy.request.config.get("auth.allow_basic_authentication"):
+ elif user_passwd64 and cherrypy.request.config.get(
+ "auth.allow_basic_authentication"
+ ):
# 3. Get new token from user password
user = None
passwd = None
user, _, passwd = user_passwd.partition(":")
except Exception:
pass
- outdata = self.new_token(None, {"username": user, "password": passwd})
- token = outdata["id"]
- cherrypy.session['Authorization'] = token
+ outdata = self.new_token(
+ None, {"username": user, "password": passwd}
+ )
+ token = outdata["_id"]
+ cherrypy.session["Authorization"] = token
if not token:
- raise AuthException("Needed a token or Authorization http header",
- http_code=HTTPStatus.UNAUTHORIZED)
- token_info = self.backend.validate_token(token)
+ raise AuthException(
+ "Needed a token or Authorization http header",
+ http_code=HTTPStatus.UNAUTHORIZED,
+ )
+
+ # try to get from cache first
+ now = time()
+ token_info = self.tokens_cache.get(token)
+ if token_info and token_info["expires"] < now:
+ # delete token. MUST be done with care, as another thread maybe already delete it. Do not use del
+ self.tokens_cache.pop(token, None)
+ token_info = None
+
+ # get from database if not in cache
+ if not token_info:
+ token_info = self.backend.validate_token(token)
+ # Clear cache if token limit reached
+ if len(self.tokens_cache) > self.token_limit:
+ self.tokens_cache.clear()
+ self.tokens_cache[token] = token_info
# TODO add to token info remote host, port
- self.check_permissions(token_info, cherrypy.request.path_info,
- cherrypy.request.method)
- return token_info
+ if role_permission:
+ RBAC_auth = self.check_permissions(
+ token_info,
+ cherrypy.request.method,
+ role_permission,
+ query_string_operations,
+ item_id,
+ )
+ token_info["allow_show_user_project_role"] = RBAC_auth
+ return token_info
except AuthException as e:
if not isinstance(e, AuthExceptionUnauthorized):
- if cherrypy.session.get('Authorization'):
- del cherrypy.session['Authorization']
- cherrypy.response.headers["WWW-Authenticate"] = 'Bearer realm="{}"'.format(e)
+ if cherrypy.session.get("Authorization"):
+ del cherrypy.session["Authorization"]
+ cherrypy.response.headers[
+ "WWW-Authenticate"
+ ] = 'Bearer realm="{}"'.format(e)
+ if self.config["authentication"].get("user_not_authorized"):
+ return {
+ "id": "testing-token",
+ "_id": "testing-token",
+ "project_id": self.test_project_id,
+ "username": self.config["authentication"]["user_not_authorized"],
+ "roles": [self.system_admin_role_id],
+ "admin": True,
+ "allow_show_user_project_role": True,
+ }
raise
- def new_token(self, session, indata, remote):
- current_token = None
- if session:
- # current_token = session.get("token")
- current_token = session.get("_id") if self.config["authentication"]["backend"] == "keystone" \
- else session
- token_info = self.backend.authenticate(
- user=indata.get("username"),
- password=indata.get("password"),
- token=current_token,
- project=indata.get("project_id")
+ def new_token(self, token_info, indata, remote):
+ new_token_info = self.backend.authenticate(
+ credentials=indata,
+ token_info=token_info,
)
- now = time()
- new_session = {
- "_id": token_info["_id"],
- "id": token_info["_id"],
- "issued_at": now,
- "expires": token_info.get("expires", now + 3600),
- "project_id": token_info["project_id"],
- "username": token_info.get("username") or session.get("username"),
- "remote_port": remote.port,
- "admin": True if token_info.get("project_name") == "admin" else False # TODO put admin in RBAC
- }
+ new_token_info["remote_port"] = remote.port
+ if not new_token_info.get("expires"):
+ new_token_info["expires"] = time() + 3600
+ if not new_token_info.get("admin"):
+ new_token_info["admin"] = (
+ True if new_token_info.get("project_name") == "admin" else False
+ )
+ # TODO put admin in RBAC
if remote.name:
- new_session["remote_host"] = remote.name
+ new_token_info["remote_host"] = remote.name
elif remote.ip:
- new_session["remote_host"] = remote.ip
-
- # TODO: check if this can be avoided. Backend may provide enough information
- self.tokens_cache[token_info["_id"]] = new_session
+ new_token_info["remote_host"] = remote.ip
- return deepcopy(new_session)
+ # TODO call self._internal_tokens_prune(now) ?
+ return deepcopy(new_token_info)
- def get_token_list(self, session):
+ def get_token_list(self, token_info):
if self.config["authentication"]["backend"] == "internal":
- return self._internal_get_token_list(session)
+ return self._internal_get_token_list(token_info)
else:
# TODO: check if this can be avoided. Backend may provide enough information
- return [deepcopy(token) for token in self.tokens_cache.values()
- if token["username"] == session["username"]]
+ return [
+ deepcopy(token)
+ for token in self.tokens_cache.values()
+ if token["username"] == token_info["username"]
+ ]
- def get_token(self, session, token):
+ def get_token(self, token_info, token):
if self.config["authentication"]["backend"] == "internal":
- return self._internal_get_token(session, token)
+ return self._internal_get_token(token_info, token)
else:
# TODO: check if this can be avoided. Backend may provide enough information
token_value = self.tokens_cache.get(token)
if not token_value:
raise AuthException("token not found", http_code=HTTPStatus.NOT_FOUND)
- if token_value["username"] != session["username"] and not session["admin"]:
- raise AuthException("needed admin privileges", http_code=HTTPStatus.UNAUTHORIZED)
+ if (
+ token_value["username"] != token_info["username"]
+ and not token_info["admin"]
+ ):
+ raise AuthException(
+ "needed admin privileges", http_code=HTTPStatus.UNAUTHORIZED
+ )
return token_value
def del_token(self, token):
try:
self.backend.revoke_token(token)
- self.tokens_cache.pop(token, None)
+ # self.tokens_cache.pop(token, None)
+ self.remove_token_from_cache(token)
return "token '{}' deleted".format(token)
except KeyError:
- raise AuthException("Token '{}' not found".format(token), http_code=HTTPStatus.NOT_FOUND)
-
- def check_permissions(self, session, url, method):
- self.logger.info("Session: {}".format(session))
- self.logger.info("URL: {}".format(url))
- self.logger.info("Method: {}".format(method))
-
- key, parameters = self._normalize_url(url, method)
-
- # TODO: Check if parameters might be useful for the decision
+ raise AuthException(
+ "Token '{}' not found".format(token), http_code=HTTPStatus.NOT_FOUND
+ )
+
+ def check_permissions(
+ self,
+ token_info,
+ method,
+ role_permission=None,
+ query_string_operations=None,
+ item_id=None,
+ ):
+ """
+ Checks that operation has permissions to be done, base on the assigned roles to this user project
+ :param token_info: Dictionary that contains "roles" with a list of assigned roles.
+ This method fills the token_info["admin"] with True or False based on assigned tokens, if any allows admin
+ This will be used among others to hide or not the _admin content of topics
+ :param method: GET,PUT, POST, ...
+ :param role_permission: role permission name of the operation required
+ :param query_string_operations: list of possible admin query strings provided by user. It is checked that the
+ assigned role allows this query string for this method
+ :param item_id: item identifier if included in the URL, None otherwise
+ :return: True if access granted by permission rules, False if access granted by default rules (Bug 853)
+ :raises: AuthExceptionUnauthorized if access denied
+ """
+ self.load_operation_to_allowed_roles()
- operation = self.resources_to_operations_mapping[key]
- roles_required = self.operation_to_allowed_roles[operation]
- roles_allowed = [role["name"] for role in session["roles"]]
+ roles_required = self.operation_to_allowed_roles[role_permission]
+ roles_allowed = [role["name"] for role in token_info["roles"]]
- # fills session["admin"] if some roles allows it
- session["admin"] = False
+ # fills token_info["admin"] if some roles allows it
+ token_info["admin"] = False
for role in roles_allowed:
- if role in self.operation_to_allowed_roles["admin"]:
- session["admin"] = True
+ if role in self.operation_to_allowed_roles["admin:" + method.lower()]:
+ token_info["admin"] = True
break
if "anonymous" in roles_required:
- return
-
+ return True
+ operation_allowed = False
for role in roles_allowed:
if role in roles_required:
- return
-
- raise AuthExceptionUnauthorized("Access denied: lack of permissions.")
+ operation_allowed = True
+ # if query_string operations, check if this role allows it
+ if not query_string_operations:
+ return True
+ for query_string_operation in query_string_operations:
+ if (
+ role
+ not in self.operation_to_allowed_roles[query_string_operation]
+ ):
+ break
+ else:
+ return True
+
+ # Bug 853 - Final Solution
+ # User/Project/Role whole listings are filtered elsewhere
+ # uid, pid, rid = ("user_id", "project_id", "id") if is_valid_uuid(id) else ("username", "project_name", "name")
+ uid = "user_id" if is_valid_uuid(item_id) else "username"
+ if (
+ role_permission
+ in [
+ "projects:get",
+ "projects:id:get",
+ "roles:get",
+ "roles:id:get",
+ "users:get",
+ ]
+ ) or (role_permission == "users:id:get" and item_id == token_info[uid]):
+ # or (role_permission == "projects:id:get" and item_id == token_info[pid]) \
+ # or (role_permission == "roles:id:get" and item_id in [role[rid] for role in token_info["roles"]]):
+ return False
+
+ if not operation_allowed:
+ raise AuthExceptionUnauthorized("Access denied: lack of permissions.")
+ else:
+ raise AuthExceptionUnauthorized(
+ "Access denied: You have not permissions to use these admin query string"
+ )
def get_user_list(self):
return self.backend.get_user_list()
def _normalize_url(self, url, method):
+ # DEPRECATED !!!
# Removing query strings
- normalized_url = url if '?' not in url else url[:url.find("?")]
+ normalized_url = url if "?" not in url else url[: url.find("?")]
normalized_url_splitted = normalized_url.split("/")
parameters = {}
- filtered_keys = [key for key in self.resources_to_operations_mapping.keys()
- if method in key.split()[0]]
+ filtered_keys = [
+ key
+ for key in self.resources_to_operations_mapping.keys()
+ if method in key.split()[0]
+ ]
for idx, path_part in enumerate(normalized_url_splitted):
tmp_keys = []
if splitted[idx] == "<artifactPath>":
tmp_keys.append(tmp_key)
continue
- elif idx == len(normalized_url_splitted) - 1 and \
- len(normalized_url_splitted) != len(splitted):
+ elif idx == len(normalized_url_splitted) - 1 and len(
+ normalized_url_splitted
+ ) != len(splitted):
continue
else:
tmp_keys.append(tmp_key)
elif splitted[idx] == path_part:
- if idx == len(normalized_url_splitted) - 1 and \
- len(normalized_url_splitted) != len(splitted):
+ if idx == len(normalized_url_splitted) - 1 and len(
+ normalized_url_splitted
+ ) != len(splitted):
continue
else:
tmp_keys.append(tmp_key)
filtered_keys = tmp_keys
- if len(filtered_keys) == 1 and \
- filtered_keys[0].split("/")[-1] == "<artifactPath>":
+ if (
+ len(filtered_keys) == 1
+ and filtered_keys[0].split("/")[-1] == "<artifactPath>"
+ ):
break
if len(filtered_keys) == 0:
- raise AuthException("Cannot make an authorization decision. URL not found. URL: {0}".format(url))
+ raise AuthException(
+ "Cannot make an authorization decision. URL not found. URL: {0}".format(
+ url
+ )
+ )
elif len(filtered_keys) > 1:
- raise AuthException("Cannot make an authorization decision. Multiple URLs found. URL: {0}".format(url))
+ raise AuthException(
+ "Cannot make an authorization decision. Multiple URLs found. URL: {0}".format(
+ url
+ )
+ )
filtered_key = filtered_keys[0]
for idx, path_part in enumerate(filtered_key.split()[1].split("/")):
if "<" in path_part and ">" in path_part:
if path_part == "<artifactPath>":
- parameters[path_part[1:-1]] = "/".join(normalized_url_splitted[idx:])
+ parameters[path_part[1:-1]] = "/".join(
+ normalized_url_splitted[idx:]
+ )
else:
parameters[path_part[1:-1]] = normalized_url_splitted[idx]
return filtered_key, parameters
- def _internal_get_token_list(self, session):
+ def _internal_get_token_list(self, token_info):
now = time()
- token_list = self.db.get_list("tokens", {"username": session["username"], "expires.gt": now})
+ token_list = self.db.get_list(
+ "tokens", {"username": token_info["username"], "expires.gt": now}
+ )
return token_list
- def _internal_get_token(self, session, token_id):
+ def _internal_get_token(self, token_info, token_id):
token_value = self.db.get_one("tokens", {"_id": token_id}, fail_on_empty=False)
if not token_value:
raise AuthException("token not found", http_code=HTTPStatus.NOT_FOUND)
- if token_value["username"] != session["username"] and not session["admin"]:
- raise AuthException("needed admin privileges", http_code=HTTPStatus.UNAUTHORIZED)
+ if (
+ token_value["username"] != token_info["username"]
+ and not token_info["admin"]
+ ):
+ raise AuthException(
+ "needed admin privileges", http_code=HTTPStatus.UNAUTHORIZED
+ )
return token_value
- def _internal_tokens_prune(self, now=None):
+ def _internal_tokens_prune(self, token_collection, now=None):
now = now or time()
if not self.next_db_prune_time or self.next_db_prune_time >= now:
- self.db.del_list("tokens", {"expires.lt": now})
+ self.db.del_list(token_collection, {"expires.lt": now})
self.next_db_prune_time = self.periodin_db_pruning + now
- self.tokens_cache.clear() # force to reload tokens from database
+ # self.tokens_cache.clear() # not required any more
+
+ def remove_token_from_cache(self, token=None):
+ if token:
+ self.tokens_cache.pop(token, None)
+ else:
+ self.tokens_cache.clear()
+ self.msg.write("admin", "revoke_token", {"_id": token} if token else None)
projects / osm / NBI.git / blobdiff