def test_resource_builder_happy_path(self):
conn = platform.connection()
builder = platform.resource_builder(connection=conn,
capability="temperature", uniq_key="region")
self.assertTrue(builder.resources == {})
builder.register("Pinheiros", "Sensor em Pinheiros", ["temperature"])
self.assertTrue("Pinheiros" in builder.resources.keys())
builder.send_data("Pinheiros", {"temperature": 25})
def test_resource_without_capability(self):
conn = platform.connection()
builder = platform.resource_builder(connection=conn,
capability="myweirdcap",
uniq_key="region")
with self.assertRaises(exceptions.CapabilityDoesNotExist):
builder.register("Pinheiros", "Sensor em Pinheiros",
["myweirdcap"])
def test_resource_builder_happy_path(self):
conn = platform.connection()
builder = platform.resource_builder(connection=conn,
capability="temperature",
uniq_key="region")
self.assertTrue(builder.resources == {})
builder.register("Pinheiros", "Sensor em Pinheiros", ["temperature"])
self.assertTrue("Pinheiros" in builder.resources.keys())
builder.send_data("Pinheiros", {"temperature": 25})
def test_resource_send_data_without_registering(self):
conn = platform.connection()
builder = platform.resource_builder(connection=conn,
capability="temperature", uniq_key="region")
self.assertTrue("PinheirosZZ" not in builder.resources.keys())
with self.assertRaises(exceptions.ResourceDoesNotExistLocally):
builder.send_data("PinheirosZZ", {"temperature": 25})
with self.assertRaises(exceptions.ResourceDoesNotExistRemotelly):
resource = {
"uniq_key": "PinheirosZZ",
"description": "My sensor",
"capabilities": ["temperature"],
"lat": -23,
"lon": -46,
"status": "active"
}
builder.register_locally(resource)
builder.send_data("PinheirosZZ", {"temperature": 25})
def test_resource_send_data_without_registering(self):
conn = platform.connection()
builder = platform.resource_builder(connection=conn,
capability="temperature",
uniq_key="region")
self.assertTrue("PinheirosZZ" not in builder.resources.keys())
with self.assertRaises(exceptions.ResourceDoesNotExistLocally):
builder.send_data("PinheirosZZ", {"temperature": 25})
with self.assertRaises(exceptions.ResourceDoesNotExistRemotelly):
resource = {
"uniq_key": "PinheirosZZ",
"description": "My sensor",
"capabilities": ["temperature"],
"lat": -23,
"lon": -46,
"status": "active"
}
builder.register_locally(resource)
builder.send_data("PinheirosZZ", {"temperature": 25})
def test_resource_without_capability(self):
conn = platform.connection()
builder = platform.resource_builder(connection=conn,
capability="myweirdcap", uniq_key="region")
with self.assertRaises(exceptions.CapabilityDoesNotExist):
builder.register("Pinheiros", "Sensor em Pinheiros", ["myweirdcap"])
xml_path = "local"
if (RUNNING_ENV=="docker_test"):
xml_path = "./validation/trips.xml"
else if (RUNNING_ENV=="production"):
xml_path = "./production/trips.xml"
XML_PATH = "./validation/trips.xml"
f = open("docker_validation.init", "a+")
nodes = ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm']
computing_nodes = 13
conn = platform.connection()
if not conn.capability_available("city_traffic"):
conn.create_capability("city_traffic", "City Traffic", "sensor")
car_builder = platform.resource_builder(connection=conn, capability="city_traffic", uniq_key="uuid")
gen_id = 1
tree = ET.parse(XML_PATH).getroot()
for child in tree:
attrs = child.attrib
count_to_use = int(int(attrs["count"])/8)
for v in range(0, count_to_use):
generated_uuid = str(uuid.uuid4())
p = Process(target=register_car, args=(generated_uuid))
p.start()
payload = """
{{ class_Car, [#{{id => "{}", origin => "{}", destination => "{}", start_time => {}, start_link => "{}", uuid => "{}" }}], {} }}.
""".format(gen_id, attrs["origin"], attrs["destination"], attrs["start"], attrs["link_origin"], generated_uuid, nodes[(v%computing_nodes)])
f.write(payload)
gen_id += 1
s = r * random()
points.append((x + s * math.cos(theta), y + s * math.sin(theta)))
return points
def rand_clusters(k, n, r, a, b, c, d):
"""
return k clusters of n points each in random disks of radius r
where the centers of the disk are chosen randomly in [a,b]x[c,d]
"""
clusters = []
for _ in range(k):
x = a + (b - a) * random()
y = c + (d - c) * random()
clusters.extend(rand_cluster(n, (x, y), r))
return clusters
clusters = rand_clusters(4, 50, 0.3, 0, 1, 0, 1)
conn = platform.connection()
conn.create_capability("local_casas", "localicazao de casas", "sensor")
houses = platform.resource_builder(connection=conn,
capability="local_casas",
uniq_key="id")
for house_id in range(1, 199):
(lat, lon) = clusters[house_id]
houses.register(str(house_id),
"House {0} geolocalization".format(house_id),
["local_casas"])
houses.send_data(str(house_id), {"lat": lat, "lon": lon})