def get_acquisition_framework(info_role, id_acquisition_framework):
"""
Get one AF with nomenclatures
.. :quickref: Metadata;
:param id_acquisition_framework: the id_acquisition_framework
:param type: int
:returns: dict<TAcquisitionFramework>
"""
acquisitionFrameworkSchema = AcquisitionFrameworkSchema()
user_cruved = cruved_scope_for_user_in_module(
id_role=info_role.id_role,
module_code="METADATA",
)[0]
acquisitionFrameworkSchema.context = {
'info_role': info_role,
'user_cruved': user_cruved
}
acquisition_framework = DB.session.query(TAcquisitionFramework).get(
id_acquisition_framework)
if not acquisition_framework:
raise NotFound('Acquisition framework "{}" does not exist'.format(
id_acquisition_framework))
return acquisitionFrameworkSchema.jsonify(acquisition_framework)
def get_acquisition_frameworks(info_role):
"""
Get a simple list of AF without any nested relationships
Use for AF select in form
Get the GeoNature CRUVED
"""
only = []
af_list = (
TAcquisitionFramework.query.filter_by_readable().filter_by_params(
request.args.to_dict()).options(
Load(TAcquisitionFramework).raiseload('*'),
# for permission checks:
joinedload('creator'),
joinedload('cor_af_actor').options(
joinedload('role'),
joinedload('organism'),
),
joinedload('t_datasets').options(
joinedload('digitizer'),
joinedload('cor_dataset_actor').options(
joinedload('role'),
joinedload('organism'),
),
),
))
if request.args.get('datasets', default=False, type=int):
only.extend([
't_datasets',
])
if request.args.get('creator', default=False, type=int):
only.append('creator')
af_list = af_list.options(joinedload('creator'))
if request.args.get('actors', default=False, type=int):
only.extend([
'cor_af_actor',
'cor_af_actor.nomenclature_actor_role',
'cor_af_actor.organism',
'cor_af_actor.role',
])
af_list = af_list.options(
joinedload('cor_af_actor').options(
joinedload('nomenclature_actor_role'), ), )
if request.args.get('datasets', default=False, type=int):
only.extend([
't_datasets.cor_dataset_actor',
't_datasets.cor_dataset_actor.nomenclature_actor_role',
't_datasets.cor_dataset_actor.organism',
't_datasets.cor_dataset_actor.role',
])
af_list = af_list.options(
joinedload('t_datasets').options(
joinedload('cor_dataset_actor').options(
joinedload('nomenclature_actor_role'), ), ), )
af_schema = AcquisitionFrameworkSchema(only=only)
user_cruved = cruved_scope_for_user_in_module(
id_role=info_role.id_role,
module_code="METADATA",
)[0]
af_schema.context = {'user_cruved': user_cruved}
return af_schema.jsonify(af_list.all(), many=True)
def get_acquisition_frameworks_list(info_role):
"""
Get all AF with their datasets
Use in metadata module for list of AF and DS
Add the CRUVED permission for each row (Dataset and AD)
.. :quickref: Metadata;
:param info_role: add with kwargs
:type info_role: TRole
:qparam list excluded_fields: fields excluded from serialization
:qparam boolean nested: Default False - serialized relationships. If false: remove add all relationships in excluded_fields
"""
if current_app.config["CAS_PUBLIC"]["CAS_AUTHENTIFICATION"]:
# synchronise the CA and JDD from the MTD WS
try:
mtd_utils.post_jdd_from_user(id_user=info_role.id_role,
id_organism=info_role.id_organisme)
except Exception as e:
log.error(e)
params = request.args.to_dict()
params["orderby"] = "acquisition_framework_name"
if "selector" not in params:
params["selector"] = None
user_cruved = cruved_scope_for_user_in_module(
id_role=info_role.id_role,
module_code="METADATA",
)[0]
nested_serialization = params.get("nested", False)
nested_serialization = True if nested_serialization == "true" else False
exclude_fields = []
if "excluded_fields" in params:
exclude_fields = params.get("excluded_fields")
try:
exclude_fields = exclude_fields.split(',')
except:
raise BadRequest("Malformated parameter 'excluded_fields'")
if not nested_serialization:
# exclude all relationships from serialization if nested = false
exclude_fields = [
db_rel.key
for db_rel in inspect(TAcquisitionFramework).relationships
]
acquisitionFrameworkSchema = AcquisitionFrameworkSchema(
exclude=exclude_fields)
acquisitionFrameworkSchema.context = {
'info_role': info_role,
'user_cruved': user_cruved
}
return acquisitionFrameworkSchema.jsonify(get_metadata_list(
info_role, params, exclude_fields).all(),
many=True)
def get_acquisition_frameworks(info_role):
"""
Get a simple list of AF without any nested relationships
Use for AF select in form
Get the GeoNature CRUVED
"""
params = request.args.to_dict()
exclude_fields = [
db_rel.key for db_rel in inspect(TAcquisitionFramework).relationships
]
acquisitionFrameworkSchema = AcquisitionFrameworkSchema(
exclude=exclude_fields)
return acquisitionFrameworkSchema.jsonify(get_metadata_list(
info_role, params, exclude_fields).all(),
many=True)
def get_acquisition_framework(info_role, id_acquisition_framework):
"""
Get one AF with nomenclatures
.. :quickref: Metadata;
:param id_acquisition_framework: the id_acquisition_framework
:param type: int
:returns: dict<TAcquisitionFramework>
"""
af = TAcquisitionFramework.query.get_or_404(id_acquisition_framework)
if not af.has_instance_permission(scope=int(info_role.value_filter)):
raise Forbidden(f"User {g.current_user} cannot read acquisition "
"framework {af.id_acquisition_framework}")
exclude = request.args.getlist("exclude")
try:
af_schema = AcquisitionFrameworkSchema(only=[
'creator',
'nomenclature_territorial_level',
'nomenclature_financing_type',
'cor_af_actor',
'cor_af_actor.nomenclature_actor_role',
'cor_af_actor.organism',
'cor_af_actor.role',
'cor_volets_sinp',
'cor_objectifs',
'cor_territories',
't_datasets',
't_datasets.creator',
't_datasets.nomenclature_data_type',
't_datasets.cor_dataset_actor',
't_datasets.cor_dataset_actor.nomenclature_actor_role',
't_datasets.cor_dataset_actor.organism',
't_datasets.cor_dataset_actor.role',
],
exclude=exclude)
except ValueError as e:
raise BadRequest(str(e))
user_cruved = cruved_scope_for_user_in_module(
id_role=info_role.id_role,
module_code="METADATA",
)[0]
af_schema.context = {'user_cruved': user_cruved}
return af_schema.jsonify(af)