def update_group(public_id: int, data: dict):
"""
HTTP `PUT`/`PATCH` route for update a single group resource.
Args:
public_id (int): Public ID of the updatable group.
data (UserGroupModel.SCHEMA): New group data to update.
Raises:
ManagerGetError: When the group with the `public_id` was not found.
ManagerUpdateError: When something went wrong during the update.
Returns:
UpdateSingleResponse: With update result of the new updated group.
"""
group_manager: GroupManager = GroupManager(database_manager=current_app.database_manager,
right_manager=RightManager(rights))
try:
group = UserGroupModel.from_data(data=data, rights=RightManager(rights).rights)
group_dict = UserGroupModel.to_dict(group)
group_dict['rights'] = [right.get('name') for right in group_dict.get('rights', [])]
group_manager.update(public_id=PublicID(public_id), group=group_dict)
api_response = UpdateSingleResponse(result=group_dict, url=request.url,
model=UserGroupModel.MODEL)
except ManagerGetError as err:
return abort(404, err.message)
except ManagerUpdateError as err:
return abort(400, err.message)
return api_response.make_response()
def get_rights(params: CollectionParameters):
"""
HTTP `GET`/`HEAD` route for getting a iterable collection of resources.
Args:
params (CollectionParameters): Passed parameters over the http query string
Returns:
GetMultiResponse: Which includes a IterationResult of the BaseRight.
Notes:
Calling the route over HTTP HEAD method will result in an empty body.
Raises:
ManagerIterationError: If the collection could not be iterated.
ManagerGetError: If the collection/resources could not be found.
"""
right_manager = RightManager(right_tree)
body = request.method == 'HEAD'
try:
if params.optional['view'] == 'tree':
api_response = GetMultiResponse(
right_manager.tree_to_json(right_tree),
total=len(right_tree),
params=params,
url=request.url,
model='Right-Tree',
body=body)
return api_response.make_response(pagination=False)
else:
iteration_result: IterationResult[
BaseRight] = right_manager.iterate(filter=params.filter,
limit=params.limit,
skip=params.skip,
sort=params.sort,
order=params.order)
rights = [
BaseRight.to_dict(type) for type in iteration_result.results
]
api_response = GetMultiResponse(rights,
total=iteration_result.total,
params=params,
url=request.url,
model=Model('Right'),
body=request.method == 'HEAD')
return api_response.make_response()
except ManagerIterationError as err:
return abort(400, err.message)
except ManagerGetError as err:
return abort(404, err.message)
def get_group(public_id: int):
"""
HTTP `GET`/`HEAD` route for a single group resource.
Args:
public_id (int): Public ID of the group.
Raises:
ManagerGetError: When the selected group does not exists.
Notes:
Calling the route over HTTP HEAD method will result in an empty body.
Returns:
GetSingleResponse: Which includes the json data of a UserGroupModel.
"""
group_manager: GroupManager = GroupManager(database_manager=current_app.database_manager,
right_manager=RightManager(rights))
try:
group = group_manager.get(public_id)
except ManagerGetError as err:
return abort(404, err.message)
api_response = GetSingleResponse(UserGroupModel.to_dict(group), url=request.url,
model=UserGroupModel.MODEL, body=request.method == 'HEAD')
return api_response.make_response()
def get_groups(params: CollectionParameters):
"""
HTTP `GET`/`HEAD` route for getting a iterable collection of resources.
Args:
params (CollectionParameters): Passed parameters over the http query string
Returns:
GetMultiResponse: Which includes a IterationResult of the UserGroupModel.
Notes:
Calling the route over HTTP HEAD method will result in an empty body.
Raises:
ManagerIterationError: If the collection could not be iterated.
ManagerGetError: If the collection/resources could not be found.
"""
group_manager: GroupManager = GroupManager(database_manager=current_app.database_manager,
right_manager=RightManager(rights))
try:
iteration_result: IterationResult[UserGroupModel] = group_manager.iterate(
filter=params.filter, limit=params.limit, skip=params.skip, sort=params.sort, order=params.order)
groups = [UserGroupModel.to_dict(group) for group in iteration_result.results]
api_response = GetMultiResponse(groups, total=iteration_result.total, params=params,
url=request.url, model=UserGroupModel.MODEL, body=request.method == 'HEAD')
except FrameworkIterationError as err:
return abort(400, err.message)
except ManagerGetError as err:
return abort(404, err.message)
return api_response.make_response()
def insert_group(data: dict):
"""
HTTP `POST` route for insert a single group resource.
Args:
data (UserGroupModel.SCHEMA): Insert data of a new group.
Raises:
ManagerGetError: If the inserted group could not be found after inserting.
ManagerInsertError: If something went wrong during insertion.
Returns:
InsertSingleResponse: Insert response with the new group and its public_id.
"""
group_manager: GroupManager = GroupManager(database_manager=current_app.database_manager,
right_manager=RightManager(rights))
try:
result_id: PublicID = group_manager.insert(data)
group = group_manager.get(public_id=result_id)
except ManagerGetError as err:
return abort(404, err.message)
except ManagerInsertError as err:
return abort(400, err.message)
api_response = InsertSingleResponse(result_id=result_id, raw=UserGroupModel.to_dict(group), url=request.url,
model=UserGroupModel.MODEL)
return api_response.make_response(prefix='groups')
def get_right(name: str):
"""
HTTP `GET`/`HEAD` route for a single right resource.
Args:
name (str): Name of the right.
Raises:
ManagerGetError: When the selected right does not exists.
Notes:
Calling the route over HTTP HEAD method will result in an empty body.
Returns:
GetSingleResponse: Which includes the json data of a BaseRight.
"""
right_manager: RightManager = RightManager(right_tree)
try:
right = right_manager.get(name)
except ManagerGetError as err:
return abort(404, err.message)
api_response = GetSingleResponse(BaseRight.to_dict(right), url=request.url, model=Model('Right'),
body=request.method == 'HEAD')
return api_response.make_response()
def right_required(required_right: str, excepted: dict = None):
"""wraps function for routes which requires a special user right
requires: insert_request_user
"""
with current_app.app_context():
group_manager = GroupManager(current_app.database_manager,
RightManager(rights))
def _page_right(func):
@functools.wraps(func)
def _decorate(*args, **kwargs):
try:
current_user: UserModel = kwargs['request_user']
except KeyError:
return abort(400, 'No request user was provided')
try:
group: UserGroupModel = group_manager.get(
current_user.group_id)
has_right = group.has_right(required_right)
except ManagerGetError:
return abort(404, 'Group or right not exists')
if not has_right and not group.has_extended_right(required_right):
return abort(
403,
'Request user does not have the right for this action')
return func(*args, **kwargs)
return _decorate
return _page_right
def delete_group(public_id: int, params: GroupDeletionParameters):
"""
HTTP `DELETE` route for delete a single group resource.
Args:
public_id (int): Public ID of the user.
params (GroupDeletionParameters): Optional action parameters for handling users when the group \
is going to be deleted.
Notes:
Based on the params attribute. Users can be moved or deleted.
Raises:
ManagerGetError: When the group with the `public_id` was not found.
ManagerDeleteError: When something went wrong during the deletion.
Returns:
DeleteSingleResponse: Delete result with the deleted group as data.
"""
group_manager: GroupManager = GroupManager(database_manager=current_app.database_manager,
right_manager=RightManager(rights))
user_manager: UserManager = UserManager(database_manager=current_app.database_manager)
# Check of action is set
if params.action:
users_in_group: List[UserModel] = user_manager.get_many(Query({'group_id': public_id}))
if len(users_in_group) > 0:
if params.action == GroupDeleteMode.MOVE.value:
if params.group_id:
for user in users_in_group:
user.group_id = int(params.group_id)
try:
user_manager.update(user.public_id, user)
except ManagerUpdateError as err:
return abort(400,
f'Could not move user: {user.public_id} to group: {params.group_id} | '
f'Error: {err.message}')
if params.action == GroupDeleteMode.DELETE.value:
for user in users_in_group:
try:
user_manager.delete(user.public_id)
except ManagerDeleteError as err:
return abort(400, f'Could not delete user: {user.public_id} | Error: {err.message}')
try:
deleted_group = group_manager.delete(public_id=PublicID(public_id))
api_response = DeleteSingleResponse(raw=UserGroupModel.to_dict(deleted_group), model=UserGroupModel.MODEL)
except ManagerGetError as err:
return abort(404, err.message)
except ManagerDeleteError as err:
return abort(404, err.message)
return api_response.make_response()
def user_has_right(required_right: str) -> bool:
"""Check if a user has a specific right"""
from flask import request, current_app
with current_app.app_context():
user_manager = UserManager(current_app.database_manager)
group_manager = GroupManager(current_app.database_manager, RightManager(rights))
token = parse_authorization_header(request.headers['Authorization'])
try:
decrypted_token = TokenValidator(database_manager=current_app.database_manager).decode_token(token)
except ValidationError as err:
return abort(401)
try:
user_id = decrypted_token['DATAGERRY']['value']['user']['public_id']
user = user_manager.get(user_id)
group = group_manager.get(user.group_id)
right_status = group.has_right(right_name=required_right)
if not right_status:
right_status = group.has_extended_right(right_name=required_right)
return right_status
except ManagerGetError:
return False
In addition, the rights management, group administration and access rights are defined here.
"""
from typing import List
from cmdb.user_management.models.settings import UserSettingModel
from cmdb.user_management.models.user import UserModel
from cmdb.user_management.models.right import BaseRight
from cmdb.user_management.models.group import UserGroupModel
from cmdb.user_management.user_manager import UserManager
from cmdb.user_management.managers.right_manager import RightManager
from cmdb.user_management.rights import __all__ as rights
# TODO: Refactor to use with dependency injection
right_manager = RightManager(rights)
__COLLECTIONS__: List = [
UserModel,
UserSettingModel,
UserGroupModel
]
__ADMIN_GROUP_RIGHTS__: List[BaseRight] = [
right_manager.get('base.*')
]
__USER_GROUP_RIGHTS__: List[BaseRight] = [
right_manager.get('base.framework.object.*'),
right_manager.get('base.framework.type.view'),
right_manager.get('base.framework.category.view'),
def parse_authorization_header(header):
"""
Parses the HTTP Auth Header to a JWT Token
Args:
header: Authorization header of the HTTP Request
Examples:
request.headers['Authorization'] or something same
Returns:
Valid JWT token
"""
if not header:
return None
value = wsgi_to_bytes(header)
try:
auth_type, auth_info = value.split(None, 1)
auth_type = auth_type.lower()
except ValueError:
# Fallback for old versions
auth_type = b"bearer"
auth_info = value
if auth_type == b"basic":
try:
username, password = base64.b64decode(auth_info).split(b":", 1)
with current_app.app_context():
username = to_unicode(username, "utf-8")
password = to_unicode(password, "utf-8")
user_manager: UserManager = UserManager(current_app.database_manager)
group_manager: GroupManager = GroupManager(current_app.database_manager,
right_manager=RightManager(rights))
security_manager: SecurityManager = SecurityManager(current_app.database_manager)
auth_settings = SystemSettingsReader(current_app.database_manager).get_all_values_from_section(
'auth', default=AuthModule.__DEFAULT_SETTINGS__)
auth_module = AuthModule(auth_settings, user_manager=user_manager,
group_manager=group_manager, security_manager=security_manager)
try:
user_instance = auth_module.login(username, password)
except Exception as e:
return None
if user_instance:
tg = TokenGenerator(current_app.database_manager)
return tg.generate_token(payload={'user': {
'public_id': user_instance.get_public_id()
}})
else:
return None
except Exception:
return None
if auth_type == b"bearer":
try:
with current_app.app_context():
tv = TokenValidator(current_app.database_manager)
decoded_token = tv.decode_token(auth_info)
tv.validate_token(decoded_token)
return auth_info
except Exception:
return None
return None