def handle_proto_client(connection):
message = connection.recv()
addresses = addressBook_pb2.AddressBook()
addresses.ParseFromString(message)
print(addresses)
return (len(message))
def handle_proto_client(connection, address):
data = connection.recv(4)
print(len(data))
message_length, = struct.unpack('>I', data)
#print(message_length)
message = connection.recv(message_length)
addresses = addressBook_pb2.AddressBook()
addresses.ParseFromString(message)
print(addresses)
return (len(message))
def create_proto_message(numberOfPeople):
address_book = addressBook_pb2.AddressBook()
for x in range(0, int(numberOfPeople)):
person = address_book.people.add()
person.id = x
person.name = "Rosa Luxemburg"
person.email = "*****@*****.**"
phone = person.phones.add()
phone.number = "0178525048"
message = address_book.SerializeToString()
return (message)
def send_proto_message(connection, numberOfPeople, i):
address_book = addressBook_pb2.AddressBook()
for x in range(1, int(numberOfPeople) + 1):
person = address_book.people.add()
person.id = x
person.name = "Rosa Luxemburg"
person.email = "*****@*****.**"
phone = person.phones.add()
phone.number = "0178525048"
message = address_book.SerializeToString()
connection.send(message)
print("Length of send Proto data: " + str(len(message)))
print("Type of Proto data send: " + str(type(message)))
print("Iter: " + str(i))
return (len(message))
import addressBook_pb2
address_book = addressBook_pb2.AddressBook()
f = open("schema/addressbook_proto.bin", "rb")
address_book.ParseFromString(f.read())
f.close()
print(address_book)
