def __acl__(self):
"""Return ACL for bulk end-points."""
if authority := client_authority(self.request):
# Currently only LMS uses this end-point
if authority.startswith("lms.") and authority.endswith(
".hypothes.is"):
return [(Allow, f"client_authority:{authority}", "bulk_action")
]
def create(request):
"""Create a group from the POST payload."""
appstruct = CreateGroupAPISchema(
default_authority=request.default_authority,
group_authority=client_authority(request)
or request.default_authority).validate(_json_payload(request))
group_service = request.find_service(name='group')
group_create_service = request.find_service(name='group_create')
# Check for duplicate group
groupid = appstruct.get('groupid', None)
if groupid is not None:
duplicate_group = group_service.fetch(pubid_or_groupid=groupid)
if duplicate_group:
raise ConflictError(
_("group with groupid '{}' already exists").format(groupid))
group = group_create_service.create_private_group(
name=appstruct['name'],
userid=request.user.userid,
description=appstruct.get('description', None),
groupid=groupid,
)
return GroupJSONPresenter(GroupContext(
group, request)).asdict(expand=['organization'])
def create(request):
"""Create a group from the POST payload."""
appstruct = CreateGroupAPISchema(
default_authority=request.default_authority,
group_authority=client_authority(request) or request.default_authority,
).validate(_json_payload(request))
group_service = request.find_service(name="group")
group_create_service = request.find_service(name="group_create")
# Check for duplicate group
groupid = appstruct.get("groupid", None)
if groupid is not None:
duplicate_group = group_service.fetch(pubid_or_groupid=groupid)
if duplicate_group:
raise HTTPConflict(
_("group with groupid '{}' already exists").format(groupid))
group = group_create_service.create_private_group(
name=appstruct["name"],
userid=request.user.userid,
description=appstruct.get("description", None),
groupid=groupid,
)
return GroupJSONPresenter(
group, request).asdict(expand=["organization", "scopes"])
def create(request):
"""Create a group from the POST payload."""
appstruct = CreateGroupAPISchema(
default_authority=request.default_authority,
group_authority=client_authority(request) or request.default_authority,
).validate(_json_payload(request))
group_service = request.find_service(name="group")
group_create_service = request.find_service(name="group_create")
# Check for duplicate group
groupid = appstruct.get("groupid", None)
if groupid is not None:
duplicate_group = group_service.fetch(pubid_or_groupid=groupid)
if duplicate_group:
raise HTTPConflict(
_("group with groupid '{}' already exists").format(groupid)
)
group = group_create_service.create_private_group(
name=appstruct["name"],
userid=request.user.userid,
description=appstruct.get("description", None),
groupid=groupid,
)
return GroupJSONPresenter(GroupContext(group, request)).asdict(
expand=["organization", "scopes"]
)
def __getitem__(self, username):
authority = client_authority(self.request) or self.request.default_authority
user = self.user_svc.fetch(username, authority)
if not user:
raise KeyError()
return user
def __getitem__(self, username):
authority = client_authority(self.request) or self.request.default_authority
user = self.user_svc.fetch(username, authority)
if not user:
raise KeyError()
return user
def upsert(context, request):
"""
Create or update a group from a PUT payload.
If no group model is present in the passed ``context`` (on ``context.group``),
treat this as a create action and delegate to ``create``.
Otherwise, replace the existing group's resource properties entirely and update
the object.
:arg context:
:type context: h.traversal.GroupUpsertContext
"""
if context.group is None:
return create(request)
group = context.group
# Because this is a PUT endpoint and not a PATCH, a full replacement of the
# entire resource is expected. Thus, we're validating against the Create schema
# here as we want to make sure properties required for a fresh object are present
appstruct = CreateGroupAPISchema(
default_authority=request.default_authority,
group_authority=client_authority(request) or request.default_authority,
).validate(_json_payload(request))
group_update_service = request.find_service(name="group_update")
group_service = request.find_service(name="group")
# Check for duplicate group
groupid = appstruct.get("groupid", None)
if groupid is not None:
duplicate_group = group_service.fetch(pubid_or_groupid=groupid)
if duplicate_group and (duplicate_group != group):
raise HTTPConflict(
_("group with groupid '{}' already exists").format(groupid)
)
# Need to make sure every resource-defined property is present, as this
# is meant as a full-resource-replace operation.
# TODO: This may be better handled in the schema at some point
update_properties = {
"name": appstruct["name"],
"description": appstruct.get("description", ""),
"groupid": appstruct.get("groupid", None),
}
group = group_update_service.update(group, **update_properties)
# Note that this view takes a ``GroupUpsertContext`` but uses a ``GroupContext`` here
return GroupJSONPresenter(GroupContext(group, request)).asdict(
expand=["organization", "scopes"]
)
def upsert(context, request):
"""
Create or update a group from a PUT payload.
If no group model is present in the passed ``context`` (on ``context.group``),
treat this as a create action and delegate to ``create``.
Otherwise, replace the existing group's resource properties entirely and update
the object.
:arg context:
:type context: h.traversal.GroupUpsertContext
"""
if context.group is None:
return create(request)
group = context.group
# Because this is a PUT endpoint and not a PATCH, a full replacement of the
# entire resource is expected. Thus, we're validating against the Create schema
# here as we want to make sure properties required for a fresh object are present
appstruct = CreateGroupAPISchema(
default_authority=request.default_authority,
group_authority=client_authority(request) or request.default_authority,
).validate(_json_payload(request))
group_update_service = request.find_service(name="group_update")
group_service = request.find_service(name="group")
# Check for duplicate group
groupid = appstruct.get("groupid", None)
if groupid is not None:
duplicate_group = group_service.fetch(pubid_or_groupid=groupid)
if duplicate_group and (duplicate_group != group):
raise HTTPConflict(
_("group with groupid '{}' already exists").format(groupid)
)
# Need to make sure every resource-defined property is present, as this
# is meant as a full-resource-replace operation.
# TODO: This may be better handled in the schema at some point
update_properties = {
"name": appstruct["name"],
"description": appstruct.get("description", ""),
"groupid": appstruct.get("groupid", None),
}
group = group_update_service.update(group, **update_properties)
# Note that this view takes a ``GroupUpsertContext`` but uses a ``GroupContext`` here
return GroupJSONPresenter(GroupContext(group, request)).asdict(
expand=["organization", "scopes"]
)
def create(request):
"""
Create a user.
This API endpoint allows authorised clients (those able to provide a valid
Client ID and Client Secret) to create users in their authority. These
users are created pre-activated, and are unable to log in to the web
service directly.
Note: the authority-enforcement logic herein is, by necessity, strange.
The API accepts an ``authority`` parameter but the only valid value for
the param is the client's verified authority. If the param does not
match the client's authority, ``ValidationError`` is raised.
:raises ValidationError: if ``authority`` param does not match client
authority
:raises HTTPConflict: if user already exists
"""
client_authority_ = client_authority(request)
schema = CreateUserAPISchema()
appstruct = schema.validate(_json_payload(request))
# Enforce authority match
if appstruct["authority"] != client_authority_:
raise ValidationError(
"authority '{auth_param}' does not match client authority".format(
auth_param=appstruct["authority"]
)
)
user_unique_service = request.find_service(name="user_unique")
try:
user_unique_service.ensure_unique(appstruct, authority=client_authority_)
except DuplicateUserError as err:
raise HTTPConflict(str(err))
user_signup_service = request.find_service(name="user_signup")
user = user_signup_service.signup(require_activation=False, **appstruct)
presenter = UserJSONPresenter(user)
return presenter.asdict()
def create(request):
"""
Create a user.
This API endpoint allows authorised clients (those able to provide a valid
Client ID and Client Secret) to create users in their authority. These
users are created pre-activated, and are unable to log in to the web
service directly.
Note: the authority-enforcement logic herein is, by necessity, strange.
The API accepts an ``authority`` parameter but the only valid value for
the param is the client's verified authority. If the param does not
match the client's authority, ``ValidationError`` is raised.
:raises ValidationError: if ``authority`` param does not match client
authority
:raises HTTPConflict: if user already exists
"""
client_authority_ = client_authority(request)
schema = CreateUserAPISchema()
appstruct = schema.validate(_json_payload(request))
# Enforce authority match
if appstruct["authority"] != client_authority_:
raise ValidationError(
"authority '{auth_param}' does not match client authority".format(
auth_param=appstruct["authority"]
)
)
user_unique_service = request.find_service(name="user_unique")
try:
user_unique_service.ensure_unique(appstruct, authority=client_authority_)
except DuplicateUserError as err:
raise HTTPConflict(str(err))
user_signup_service = request.find_service(name="user_signup")
user = user_signup_service.signup(require_activation=False, **appstruct)
presenter = UserJSONPresenter(user)
return presenter.asdict()
def bulk(request):
"""
Perform a bulk request which can modify multiple records in on go.
This end-point can:
* Upsert users
* Upsert groups
* Add users to groups
This end-point is intended to be called using the classes provided by
`h_api.bulk_api`.
"""
results = BulkAPI.from_byte_stream(
request.body_file,
executor=BulkExecutor(db=request.db,
authority=client_authority(request)),
)
if results is None:
return Response(status=204)
# When we get an iterator we must force the first return value to be
# created to be sure input validation has occurred. Otherwise we might
# raise errors outside of the view when called
try:
results = chain( # pylint: disable=redefined-variable-type
[next(results)], results)
except StopIteration:
results = []
# An NDJSON response is required
return Response(
app_iter=((json.dumps(result) + "\n").encode("utf-8")
for result in results),
status=200,
content_type="application/x-ndjson",
)
def update(group, request):
"""Update a group from a PATCH payload."""
appstruct = UpdateGroupAPISchema(
default_authority=request.default_authority,
group_authority=client_authority(request) or request.default_authority,
).validate(_json_payload(request))
group_update_service = request.find_service(name="group_update")
group_service = request.find_service(name="group")
# Check for duplicate group
groupid = appstruct.get("groupid", None)
if groupid is not None:
duplicate_group = group_service.fetch(pubid_or_groupid=groupid)
if duplicate_group and (duplicate_group != group):
raise HTTPConflict(
_("group with groupid '{}' already exists").format(groupid))
group = group_update_service.update(group, **appstruct)
return GroupJSONPresenter(GroupContext(
group, request)).asdict(expand=["organization", "scopes"])
def update(group, request):
"""Update a group from a PATCH payload."""
appstruct = UpdateGroupAPISchema(
default_authority=request.default_authority,
group_authority=client_authority(request) or request.default_authority,
).validate(_json_payload(request))
group_update_service = request.find_service(name="group_update")
group_service = request.find_service(name="group")
# Check for duplicate group
groupid = appstruct.get("groupid", None)
if groupid is not None:
duplicate_group = group_service.fetch(pubid_or_groupid=groupid)
if duplicate_group and (duplicate_group != group):
raise HTTPConflict(
_("group with groupid '{}' already exists").format(groupid)
)
group = group_update_service.update(group, **appstruct)
return GroupJSONPresenter(GroupContext(group, request)).asdict(
expand=["organization", "scopes"]
)
def test_it_returns_authority_if_authority_principal_matchpyramid_requesi(
self, principals, authority, pyramid_request, pyramid_config
):
pyramid_config.testing_securitypolicy("LYZADOODLE", groupids=principals)
assert util.client_authority(pyramid_request) == authority
def test_it_returns_authority_if_authority_principal_matchpyramid_requesi(
self, principals, authority, pyramid_request, pyramid_config
):
pyramid_config.testing_securitypolicy("LYZADOODLE", groupids=principals)
assert util.client_authority(pyramid_request) == authority