def _get_data_case(self, params, filters):
MAX_RESULTS = 200 # TODO vary by domain (cc-plus gets a higher limit?)
# bleh
_get = self.request.GET.copy()
_get['iDisplayStart'] = '0'
_get['iDisplayLength'] = str(MAX_RESULTS)
self.request.GET = _get
source = CaseListReport(self.request, domain=self.domain)
total_count = source.es_results['hits']['total']
if total_count > MAX_RESULTS:
# can't really think of a better way to return out-of-band
# metadata from a generator
yield {'_meta': {
'total_rows': total_count,
'capped_rows': MAX_RESULTS,
}}
# TODO ideally we'd want access to all the data shown on the
# case detail report. certain case types can override this via
# case.to_full_dict(). however, there is currently no efficient
# way to call this over a large block of cases. so now we (via the
# CaseListReport/DataSource) limit ourselves only to that which
# can be queried in bulk
for data in source.get_data():
case = CommCareCase.wrap(data['_case']).get_json()
del data['_case']
data['num_forms'] = len(case['xform_ids'])
standard_props = (
'case_name',
'case_type',
'date_opened',
'external_id',
'owner_id',
)
data.update(('prop_%s' % k, v) for k, v in case['properties'].iteritems() if k not in standard_props)
GEO_DEFAULT = 'gps' # case property
geo = None
geo_directive = params['geo_fetch'].get(data['case_type'], GEO_DEFAULT)
if geo_directive.startswith('link:'):
# TODO use linked case
pass
elif geo_directive == '_random':
# for testing -- just map the case to a random point
import random
import math
geo = '%s %s' % (math.degrees(math.asin(random.uniform(-1, 1))), random.uniform(-180, 180))
elif geo_directive:
# case property
geo = data.get('prop_%s' % geo_directive)
if geo:
data['geo'] = geo
yield data
def test_with_project_data_slug(self):
report_slugs = ['project_data']
q_dict_get = QueryDict('', mutable=True)
q_dict_get.setlist('case_list_filter', report_slugs)
self.request.GET = q_dict_get
data = CaseListReport(self.request,
domain=self.domain).es_results['hits'].get(
'hits', [])
expected_case_ids = ['id-1', 'id-2', 'id-3', 'id-5']
queried_case_ids = [case['_id'] for case in data]
self.assertCountEqual(expected_case_ids, queried_case_ids)
