class ALLoneAPI():
""" ALLoneAPI RPI4 CNN Core Class
Core class for the oneAPI RPI4 Acute Lymphoblastic Leukemia Classifier.
"""
def __init__(self):
""" Initializes the class. """
self.Helpers = Helpers("Core")
self.Core = Model()
self.Helpers.logger.info("ALLoneAPI RPI4 CNN initialization complete.")
def do_load_model(self):
""" Loads the model """
self.Core.load_model_and_weights()
def do_classify(self):
""" Loads model and classifies test data """
self.do_load_model()
self.Core.test_classifier()
def do_server(self):
""" Loads the API server """
self.do_load_model()
self.Server = Server(self.Core)
self.Server.start()
def do_http_classify(self):
""" Loads model and classifies test data """
self.Core.test_http_classifier()
class ALLOpenVINO():
""" ALLOpenVINO CNN
Core class for the OneAPI OpenVINO Acute Lymphoblastic Leukemia Classifier CNN.
"""
def __init__(self):
""" Initializes the class. """
self.Helpers = Helpers("Core")
self.Core = OpenVINO()
self.Helpers.logger.info("Class initialization complete.")
def do_classify(self):
""" Loads model and classifies test data """
self.Core.test_classifier()
def do_server(self):
""" Loads the API server """
self.Server = Server(self.Core)
self.Server.start()
def do_http_classify(self):
""" Loads model and classifies test data """
self.Core.test_http_classifier()
def test_server_constructor(conf):
server1 = Server(conf['UMAX'], conf['TTASK'])
assert 1 == server1.get_server_tick()
assert 0 == server1.get_current_number_of_clients()
assert type(server1.get_id()) == str
def test_server_add_client(conf):
server1 = Server(conf['UMAX'], conf['TTASK'])
client1 = Client()
server1.add_client(client1)
assert 1 == len(server1.clients), "There was an error an adding the client"
assert 1 == server1.get_current_number_of_clients(
), "There was an error an counting the number of clients"
def do_server(self):
""" Loads the API server """
# Load the model class
self.Model = Model()
# Load the model
self.do_load_model()
# Load the server class
self.Server = Server(self.Model)
# Start the server
self.Server.start()
class COVID19DN():
""" COVID19DN Class
Core COVID-19 Tensorflow DenseNet Classifier wrapper class using Tensroflow 2.
"""
def __init__(self):
""" Initializes the class. """
self.Helpers = Helpers("Core")
self.Model = Model()
self.Helpers.logger.info(
"COVID19DN Tensorflow initialization complete.")
def do_data(self):
""" Sorts the training data. """
self.Data = Data()
self.Data.process_data(
self.Data.paths_n_labels())
def do_train(self):
""" Creates & trains the model. """
self.Model.do_model(self.Data)
self.Model.do_train()
self.Model.do_evaluate()
def do_load_model(self):
""" Loads the model """
self.Model.load_model_and_weights()
def do_classify(self):
""" Loads model and classifies test data """
self.do_load_model()
self.Model.test_classifier()
def do_server(self):
""" Loads the API server """
self.do_load_model()
self.Server = Server(self.Model)
self.Server.start()
def do_http_classify(self):
""" Loads model and classifies test data """
self.Model.test_http_classifier()
def start():
nodeName = str(input("Enter your name: "))
config = Config(nodeName)
server = Server(config.getMyName(), config.getMyIp(), config.getMyPort(),
config.getMyPort(), 1024)
tServer = threading.Thread(target=server.recievePacket, daemon=True)
tServer.start()
router = Router()
tRouter = threading.Thread(target=router.watchNeighbours, daemon=True)
tRouter.start()
queue = Queue()
tQueue = threading.Thread(target=queue.run, daemon=True)
tQueue.start()
ui = UI()
network = Network()
segmenter = Segmenter()
crypto = Crypto()
main = Main(router, server, network, segmenter, crypto, queue, config, ui)
ui.startChat()
class AllDS2020():
""" AllDS2020 CNN Class
Core AllDS2020 CNN Tensorflow 2.0 class.
"""
def __init__(self):
""" Initializes the class. """
self.Helpers = Helpers("Core")
self.Core = Model()
self.Helpers.logger.info("AllDS2020 CNN initialization complete.")
def do_train(self):
""" Creates & trains the model. """
self.Core.do_data()
self.Core.do_network()
self.Core.do_train()
self.Core.do_evaluate()
def do_load_model(self):
""" Loads the model """
self.Core.load_model_and_weights()
def do_classify(self):
""" Loads model and classifies test data """
self.do_load_model()
self.Core.test_classifier()
def do_server(self):
""" Loads the API server """
self.do_load_model()
self.Server = Server(self.Core)
self.Server.start()
def do_http_classify(self):
""" Loads model and classifies test data """
self.Core.test_http_classifier()
class ALLoneAPI():
""" ALLoneAPI CNN
Core class for the OneAPI Acute Lymphoblastic Leukemia Classifier CNN.
"""
def __init__(self):
""" Initializes the class. """
self.Helpers = Helpers("Core")
self.Core = Model()
self.Helpers.logger.info("Class initialization complete.")
def do_train(self):
""" Creates & trains the model. """
self.Core.do_data()
self.Core.do_network()
self.Core.do_train()
self.Core.do_evaluate()
def do_load_model(self):
""" Loads the model """
self.Core.load_model_and_weights()
def do_classify(self):
""" Loads model and classifies test data """
self.do_load_model()
self.Core.test_classifier()
def do_server(self):
""" Loads the API server """
self.do_load_model()
self.Server = Server(self.Core)
self.Server.start()
def do_http_classify(self):
""" Loads model and classifies test data """
self.Core.test_http_classifier()
def test_remove_client_from_server(conf):
server1 = Server(conf['UMAX'], conf['TTASK'])
client1 = Client()
client_hash_code = client1.get_hash_code()
server1.add_client(client1)
assert str == type(client_hash_code), "The hash code must be a string"
# before removing, the server length should be 1
assert 1 == server1.get_current_number_of_clients()
server1._remove_client_from_server_using_hash_code(client_hash_code)
# now the server should not have any clients
assert 0 == server1.get_current_number_of_clients()
def test_clients_who_have_hops_larger_than_umax_shall_not_stay_on_server(conf):
server1 = Server(conf['UMAX'], conf['TTASK'])
client1 = Client()
for i in range(0, conf['UMAX'] + 5):
client1.increase_hop()
server1.add_client(client1)
server1.update_server_status()
assert 0 == server1.get_current_number_of_clients()
class AllDS2020():
""" AllDS2020 CNN For Raspberry Pi 4 Class
Core AllDS2020 CNN For Raspberry Pi 4 Tensorflow 2.0 class.
"""
def __init__(self):
""" Initializes the class. """
self.Helpers = Helpers("Core")
self.Core = Model()
self.Helpers.logger.info("AllDS2020 CNN initialization complete.")
def do_load_model(self):
""" Loads the model """
self.Core.load_model_and_weights()
def do_classify(self):
""" Loads model and classifies test data """
self.do_load_model()
self.Core.test_classifier()
def do_server(self):
""" Loads the API server """
self.do_load_model()
self.Server = Server(self.Core)
self.Server.start()
def do_http_classify(self):
""" Loads model and classifies test data """
self.Core.test_http_classifier()
def listarServidor(self): s = Server() s.listar()
class COVID19DN():
""" COVID19DN Class
Core COVID-19 Tensorflow DenseNet Classifier wrapper class using Tensroflow 2.
"""
def __init__(self):
""" Initializes the class. """
self.Helpers = Helpers("Core")
self.Helpers.logger.info(
"COVID-19 Tensorflow DenseNet Classifier initialization complete.")
def life(self):
""" Sends vital statistics to HIAS """
cpu = psutil.cpu_percent()
mem = psutil.virtual_memory()[2]
hdd = psutil.disk_usage('/').percent
tmp = psutil.sensors_temperatures()['cpu-thermal'][0].current
r = requests.get('http://ipinfo.io/json?token=' +
self.Helpers.confs["iotJumpWay"]["key"])
data = r.json()
location = data["loc"].split(',')
self.Helpers.logger.info("COVID19DN Life (TEMPERATURE): " + str(tmp) +
"\u00b0")
self.Helpers.logger.info("COVID19DN Life (CPU): " + str(cpu) + "%")
self.Helpers.logger.info("COVID19DN Life (Memory): " + str(mem) + "%")
self.Helpers.logger.info("COVID19DN Life (HDD): " + str(hdd) + "%")
self.Helpers.logger.info("COVID19DN Life (LAT): " + str(location[0]))
self.Helpers.logger.info("COVID19DN Life (LNG): " + str(location[1]))
# Send iotJumpWay notification
self.iotJumpWayDevice.devicePub(
"Life", {
"CPU": cpu,
"Memory": mem,
"Diskspace": hdd,
"Temperature": tmp,
"Latitude": location[0],
"Longitude": location[1]
})
threading.Timer(60.0, self.life).start()
def iotjumpway_client(self):
""" Starts iotJumpWay Client. """
# Initiates the iotJumpWay connection class
self.iotJumpWayDevice = iotJumpWay({
"host":
self.Helpers.confs["iotJumpWay"]["host"],
"port":
self.Helpers.confs["iotJumpWay"]["port"],
"lid":
self.Helpers.confs["iotJumpWay"]["loc"],
"zid":
self.Helpers.confs["iotJumpWay"]["zne"],
"did":
self.Helpers.confs["iotJumpWay"]["id"],
"dn":
self.Helpers.confs["iotJumpWay"]["name"],
"un":
self.Helpers.confs["iotJumpWay"]["mqtt"]["username"],
"pw":
self.Helpers.confs["iotJumpWay"]["mqtt"]["password"]
})
self.iotJumpWayDevice.connect()
def threading(self):
""" Creates required module threads. """
# Life thread
Thread(target=self.life, args=()).start()
threading.Timer(60.0, self.life).start()
def do_train(self):
""" Creates & trains the model. """
# Load the model class
self.Model = Model()
# Create the model
self.Model.do_model()
# Train the model
self.Model.do_train()
# Validate the model
self.Model.do_evaluate()
def do_load_model(self):
""" Loads the model """
# Load the model and weights
self.Model.load_model_and_weights()
def do_classify(self):
""" Loads model and classifies test data """
# Load the model class
self.Model = Model()
# Load the model
self.do_load_model()
# Classify the test data
self.Model.test_classifier()
def do_server(self):
""" Loads the API server """
# Load the model class
self.Model = Model()
# Load the model
self.do_load_model()
# Load the server class
self.Server = Server(self.Model)
# Start the server
self.Server.start()
def do_http_classify(self):
""" Loads model and classifies test data """
# Load the model class
self.Model = Model()
# Classify the test data via the server
self.Model.test_http_classifier()
def removerServidor(self):
nome = raw_input("Digite o nome do servidor:")
s = Server()
s.remove(nome)
class ALLOpenVINO():
""" ALLOpenVINO RPI 4
Core class for the OneAPI OpenVINO Raspberry Pi 4 Acute Lymphoblastic Leukemia Classifier.
"""
def __init__(self):
""" Initializes the class. """
self.Helpers = Helpers("Core")
self.Core = OpenVINO()
self.Helpers.logger.info("Class initialization complete.")
def iotJumpWayConn(self):
# Initiates the iotJumpWay connection class
self.iot = iot()
self.iot.connect()
def life(self):
""" Sends vital statistics to HIAS """
cpu = psutil.cpu_percent()
mem = psutil.virtual_memory()[2]
hdd = psutil.disk_usage('/').percent
tmp = psutil.sensors_temperatures()['cpu_thermal'][0].current
r = requests.get('http://ipinfo.io/json?token=' +
self.Helpers.confs["iotJumpWay"]["ipinfo"])
data = r.json()
location = data["loc"].split(',')
self.Helpers.logger.info("GeniSysAI Life (TEMPERATURE): " + str(tmp) +
"\u00b0")
self.Helpers.logger.info("GeniSysAI Life (CPU): " + str(cpu) + "%")
self.Helpers.logger.info("GeniSysAI Life (Memory): " + str(mem) + "%")
self.Helpers.logger.info("GeniSysAI Life (HDD): " + str(hdd) + "%")
self.Helpers.logger.info("GeniSysAI Life (LAT): " + str(location[0]))
self.Helpers.logger.info("GeniSysAI Life (LNG): " + str(location[1]))
# Send iotJumpWay notification
self.iot.channelPub(
"Life", {
"CPU": str(cpu),
"Memory": str(mem),
"Diskspace": str(hdd),
"Temperature": str(tmp),
"Latitude": "",
"Longitude": ""
})
threading.Timer(300.0, self.life).start()
def do_classify(self):
""" Loads model and classifies test data """
self.Core.test_classifier()
def do_server(self):
""" Loads the API server """
self.Server = Server(self.Core, self.iot)
self.Server.start()
def do_http_classify(self):
""" Loads model and classifies test data """
self.Core.test_http_classifier()
def threading(self):
""" Creates required module threads. """
# Life thread
threading.Timer(10.0, self.life).start()
def signal_handler(self, signal, frame):
self.Helpers.logger.info("Disconnecting")
self.iot.disconnect()
sys.exit(1)
def do_server(self):
""" Loads the API server """
self.Server = Server(self.Core, self.iot)
self.Server.start()
def do_server(self):
""" Loads the API server """
self.do_load_model()
self.Server = Server(self.Core)
self.Server.start()
def criarServidor(self):
nome = raw_input("Digite o nome do servidor: ")
novo = Server(nome)
novo.instalar()