def test_insert_project(self):
before = datetime.datetime.now()
project, _ = self._create_project()
assert len(project.result_token) == 48
# check we can fetch the inserted project back from the database
conn, cur = _get_conn_and_cursor()
project_response = get_project(conn, project.project_id)
assert 'time_added' in project_response
assert project_response['time_added'] - before >= datetime.timedelta(
seconds=0)
assert not project_response['marked_for_deletion']
assert not project_response['uses_blocking']
assert project_response['parties'] == 2
assert project_response['notes'] == ''
assert project_response['name'] == ''
assert project_response['result_type'] == 'groups'
assert project_response['schema'] == {}
assert project_response['encoding_size'] is None
def authorise_get_request(project_id):
if request.headers is None or 'Authorization' not in request.headers:
safe_fail_request(401, message="Authentication token required")
auth_header = request.headers.get('Authorization')
dp_id = None
# Check the resource exists
abort_if_project_doesnt_exist(project_id)
with DBConn() as dbinstance:
project_object = db.get_project(dbinstance, project_id)
logger.info("Checking credentials")
if project_object['result_type'] == 'mapping' or project_object[
'result_type'] == 'similarity_scores':
# Check the caller has a valid results token if we are including results
abort_if_invalid_results_token(project_id, auth_header)
elif project_object['result_type'] == 'permutations':
dp_id = get_authorization_token_type_or_abort(project_id, auth_header)
else:
safe_fail_request(500, "Unknown error")
return dp_id, project_object
def post(project_id, run):
log = logger.bind(pid=project_id)
log.debug("Processing request to add a new run", run=run)
# Check the resource exists
abort_if_project_doesnt_exist(project_id)
# Check the caller has a valid results token. Yes it should be renamed.
abort_if_invalid_results_token(project_id,
request.headers.get('Authorization'))
abort_if_project_in_error_state(project_id)
run_model = Run.from_json(run, project_id)
log.debug("Saving run")
with db.DBConn() as db_conn:
run_model.save(db_conn)
project_object = db.get_project(db_conn, project_id)
parties_contributed = db.get_number_parties_uploaded(
db_conn, project_id)
ready_to_run = parties_contributed == project_object['parties']
log.debug(
"Expecting {} parties to upload data. Have received {}".format(
project_object['parties'], parties_contributed))
if ready_to_run:
log.info(
"Scheduling task to carry out all runs for project {} now".
format(project_id))
update_run_mark_queued(db_conn, run_model.run_id)
else:
log.info("Task queued but won't start until CLKs are all uploaded")
if ready_to_run:
span = g.flask_tracer.get_span()
span.set_tag("run_id", run_model.run_id)
span.set_tag("project_id", run_model.project_id)
check_for_executable_runs.delay(project_id, serialize_span(span))
return RunDescription().dump(run_model), 201
def project_get(project_id):
"""
This endpoint describes a Project.
"""
log = logger.bind(pid=project_id)
log.info("Getting detail for a project")
abort_if_project_doesnt_exist(project_id)
authorise_get_request(project_id)
with DBConn() as db_conn:
project_object = db.get_project(db_conn, project_id)
# Expose the number of data providers who have uploaded clks
parties_contributed = db.get_number_parties_uploaded(
db_conn, project_id)
num_parties_with_error = db.get_encoding_error_count(
db_conn, project_id)
log.info(f"{parties_contributed} parties have contributed hashes")
project_object['parties_contributed'] = parties_contributed
if num_parties_with_error > 0:
log.warning(
f"There are {num_parties_with_error} parties in error state")
project_object['error'] = num_parties_with_error > 0
return ProjectDescription().dump(project_object)
