def test_get_variance_application_status_codes(self, test_client,
db_session, auth_headers):
"""Should return the correct number of records with a 200 response code"""
get_resp = test_client.get(f'/variances/status-codes',
headers=auth_headers['full_auth_header'])
get_data = json.loads(get_resp.data.decode())
assert get_resp.status_code == 200
assert len(get_data['records']) == len(
VarianceApplicationStatusCode.get_active())
def _apply_filters_and_pagination(self, args):
sort_models = {
'variance_id': 'Variance',
'compliance_article_id': 'Variance',
'lead_inspector': 'Variance',
'received_date': 'Variance',
'mine_name': 'Mine',
'variance_application_status_code': 'Variance'
}
status_filter_values = list(
map(lambda x: x.variance_application_status_code,
VarianceApplicationStatusCode.get_active()))
conditions = []
if args["application_status"] is not None:
status_filter_values = args["application_status"].split(',')
conditions.append(
self._build_filter('Variance',
'variance_application_status_code', 'in',
status_filter_values))
if args["compliance_codes"] is not None:
compliance_codes_values = args["compliance_codes"].split(',')
conditions.append(
self._build_filter('Variance', 'compliance_article_id', 'in',
compliance_codes_values))
if args["expiry_date_before"] is not None:
conditions.append(
self._build_filter('Variance', 'expiry_date', '<=',
args["expiry_date_before"]))
if args["expiry_date_after"] is not None:
conditions.append(
self._build_filter('Variance', 'expiry_date', '>=',
args["expiry_date_after"]))
if args["issue_date_before"] is not None:
conditions.append(
self._build_filter('Variance', 'issue_date', '<=',
args["issue_date_before"]))
if args["issue_date_after"] is not None:
conditions.append(
self._build_filter('Variance', 'issue_date', '>=',
args["issue_date_after"]))
if args["major"] is not None:
conditions.append(
self._build_filter('Mine', 'major_mine_ind', '==',
args["major"]))
if args["search_terms"] is not None:
search_conditions = [
self._build_filter('Mine', 'mine_name', 'ilike',
'%{}%'.format(args["search_terms"])),
self._build_filter('Mine', 'mine_no', 'ilike',
'%{}%'.format(args["search_terms"]))
]
conditions.append({'or': search_conditions})
if args["region"] is not None:
region_list = args["region"].split(',')
conditions.append(
self._build_filter('Mine', 'mine_region', 'in', region_list))
query = Variance.query.join(Mine).join(ComplianceArticle)
# Apply sorting
if args['sort_field'] and args['sort_dir']:
# The compliance sorting must be custom due to the code being stored in multiple columns.
if args['sort_field'] == "compliance_article_id":
if args['sort_dir'] == 'desc':
filtered_query = apply_filters(
query.order_by(
desc(cast(ComplianceArticle.section, NUMERIC)),
desc(cast(ComplianceArticle.sub_section, NUMERIC)),
desc(cast(ComplianceArticle.paragraph, NUMERIC)),
desc(ComplianceArticle.sub_paragraph)), conditions)
elif args['sort_dir'] == 'asc':
filtered_query = apply_filters(
query.order_by(
cast(ComplianceArticle.section, NUMERIC),
cast(ComplianceArticle.sub_section, NUMERIC),
cast(ComplianceArticle.paragraph, NUMERIC),
ComplianceArticle.sub_paragraph), conditions)
elif args['sort_field'] == "lead_inspector":
query = query.outerjoin(
Party, Variance.inspector_party_guid == Party.party_guid)
filtered_query = apply_filters(query, conditions)
sort_criteria = [{
'model': 'Party',
'field': 'party_name',
'direction': args['sort_dir']
}]
filtered_query = apply_sort(filtered_query, sort_criteria)
else:
filtered_query = apply_filters(query, conditions)
sort_criteria = [{
'model': sort_models[args['sort_field']],
'field': args['sort_field'],
'direction': args['sort_dir']
}]
filtered_query = apply_sort(filtered_query, sort_criteria)
else:
filtered_query = apply_filters(query, conditions)
# default sorting is by submission date descending
sort_criteria = [{
'model': 'Variance',
'field': 'received_date',
'direction': 'desc'
}]
filtered_query = apply_sort(filtered_query, sort_criteria)
return apply_pagination(filtered_query, args["page_number"],
args["page_size"])
def get(self):
return VarianceApplicationStatusCode.get_active()
def RandomVarianceApplicationStatusCode():
return random.choice([
x.variance_application_status_code for x in filter(
lambda x: x.variance_application_status_code not in ['APP', 'DEN'],
VarianceApplicationStatusCode.get_active())
])
