def test_load_sample_publishes_case_to_rabbit(self, patch_rabbit):
sample_file = (
'UPRN,ESTAB_UPRN,ADDRESS_TYPE,ESTAB_TYPE,ADDRESS_LEVEL,ABP_CODE,ORGANISATION_NAME,ADDRESS_LINE1,'
'ADDRESS_LINE2,ADDRESS_LINE3,TOWN_NAME,POSTCODE,LATITUDE,LONGITUDE,OA,LSOA,MSOA,LAD,REGION,HTC_WILLINGNESS,'
'HTC_DIGITAL,FIELDCOORDINATOR_ID,FIELDOFFICER_ID,TREATMENT_CODE,CE_EXPECTED_CAPACITY,CE_SECURE,PRINT_BATCH',
'10008677190,10008677191,HH,Household,U,RD06,,Flat 56 Francombe House,'
'Commercial Road,,Windleybury,XX1 0XX,51.4463421,-2.5924477,E00073438,E01014540,E02003043,E06000023,'
'E12000009,1,5,1,2,HH_LF3R2E,3,0,2',
'10008677193,10008677192,10008677190,HH,Household,U,RD06,,First And Second Floor Flat,'
'39 Cranbrook Road,,Windleybury,XX1 0XX,51.4721166,-2.5970579,E00074083,E01014669,E02003031,E06000023,'
'E12000009,2,4,4,5,HH_LF3R3AE,6,0,1')
sample_units = load_sample(sample_file,
'test_ce_uuid',
'test_ap_uuid',
store_loaded_sample_units=True)
self.assertEquals(len(sample_units), 2)
patch_rabbit_context = patch_rabbit.return_value.__enter__.return_value
self.assertEqual(2, patch_rabbit_context.publish_message.call_count)
publish_message_call_args = patch_rabbit_context.publish_message.call_args_list
self._check_published_cases_contain_required_data(
publish_message_call_args, sample_file)
def upload_sample(action_plan_id):
if 'sample' not in request.files:
abort(400, 'No sample file selected')
sample_file_in_bytes = request.files['sample'].stream
sample_file = (line.decode() for line in sample_file_in_bytes)
# For convenience use the action plan ID as the collection exercise ID
load_sample(sample_file,
collection_exercise_id=action_plan_id,
action_plan_id=action_plan_id,
host=app.config["RABBITMQ_HOST"],
port=app.config["RABBITMQ_PORT"],
vhost=app.config["RABBITMQ_VHOST"],
exchange=app.config["RABBITMQ_EXCHANGE"],
user=app.config["RABBITMQ_USER"],
password=app.config["RABBITMQ_PASSWORD"],
queue_name=app.config["RABBITMQ_QUEUE"])
return redirect(
url_for('action_plans.get_action_plan', action_plan_id=action_plan_id))
#print "New output? [y/n]"
#choice = sys.stdin.readline()
#choice
#if choice[0] == 'y':
#print "new output filename:"
#output_file_name = sys.stdin.readline().replace('\n','')
#print colored("Output filename used: %s",'cyan') %output_file_name
# print 'Loading map: %s' %map_file
# my_map = stomp.Map(map_file)
# print colored("Map area: %3.2f deg^2" %my_map.Area() , 'cyan' )
#print "Load foreground data? [1=Yes]"
#choice = sys.stdin.readline()
#if choice[0] == '1':
target_sample, target_map = load_sample.load_sample(target_file,z_min=z_min) #,n_max=20000)
#print "Load background data? [1=Yes]"
#choice = sys.stdin.readline()
#if choice[0] == '1':
background_sample, background_map = load_sample.load_sample(background_file,z_min=z_min) #, n_max=20000)
print "Median foreground redshift:",numpy.median(target_sample.field('z'))
##############################
# A quad tree to store the positions of the background sources -- the things you look for.
## We create the tree
background_tree_map = stomp.IndexedTreeMap()
for background in background_map:
background_tree_map.AddPoint(background)
## here I load the data
# print 'Loading map: %s' %map_file
# my_map = stomp.Map(map_file)
# print colored("Map area: %3.2f deg^2" %my_map.Area() , 'cyan' )
print "Load X data? [1=Yes]"
choice = sys.stdin.readline()
if choice[0] == '1':
#CHANGED TO ASCII LOAD!!!!
X_map = load_ascii_sample.load_ascii_sample(X_file,z_min=0.1)#,n_max=1000)#,z_max=1.5)
print "Load target data? [1=Yes]"
choice = sys.stdin.readline()
if choice[0] == '1':
target_sample, target_map = load_sample.load_sample(target_file,z_min=0.1) #,n_max=100)#00)
#print "Median redshift:",numpy.median(X_sample.field('z'))
##############################
## We create the tree
X_tree_map = stomp.IndexedTreeMap()
for X in X_map:
X_tree_map.AddPoint(X)
##############################
## We find pairs
indices = stomp.IndexVector()
neighbor_list = []