def __init__(self,
server_ip,
server_port,
is_root=False,
root_address=None):
"""
The Peer object constructor.
Code design suggestions:
1. Initialise a Stream object for our Peer.
2. Initialise a PacketFactory object.
3. Initialise our UserInterface for interaction with user commandline.
4. Initialise a Thread for handling reunion daemon.
Warnings:
1. For root Peer we need a NetworkGraph object.
2. In root Peer start reunion daemon as soon as possible.
3. In client Peer we need to connect to the root of the network, Don't forget to set this connection
as a register_connection.
:param server_ip: Server IP address for this Peer that should be pass to Stream.
:param server_port: Server Port address for this Peer that should be pass to Stream.
:param is_root: Specify that is this Peer root or not.
:param root_address: Root IP/Port address if we are a client.
:type server_ip: str
:type server_port: int
:type is_root: bool
:type root_address: tuple
"""
self._is_root = is_root
self.stream = Stream(server_ip, server_port)
self.parent = None
self.packets = []
self.neighbours = []
self.flagg = True
self.reunion_accept = True
self.reunion_daemon_thread = threading.Thread(
target=self.run_reunion_daemon)
self.reunion_sending_time = time.time()
self.reunion_pending = False
self._user_interface = UserInterface()
self.packet_factory = PacketFactory()
if self._is_root:
self.network_nodes = []
self.registered_nodes = []
self.network_graph = NetworkGraph(
GraphNode((server_ip, str(server_port).zfill(5))))
self.reunion_daemon_thread.start()
else:
self.root_address = root_address
self.stream.add_node(root_address, set_register_connection=True)
def __init__(self,
server_ip,
server_port,
is_root=False,
root_address=None):
"""
The Peer object constructor.
Code design suggestions:
1. Initialise a Stream object for our Peer.
2. Initialise a PacketFactory object.
3. Initialise our UserInterface for interaction with user commandline.
4. Initialise a Thread for handling reunion daemon.
Warnings:
1. For root Peer, we need a NetworkGraph object.
2. In root Peer, start reunion daemon as soon as possible.
3. In client Peer, we need to connect to the root of the network, Don't forget to set this connection
as a register_connection.
:param server_ip: Server IP address for this Peer that should be pass to Stream.
:param server_port: Server Port address for this Peer that should be pass to Stream.
:param is_root: Specify that is this Peer root or not.
:param root_address: Root IP/Port address if we are a client.
:type server_ip: str
:type server_port: int
:type is_root: bool
:type root_address: tuple
"""
# self.root_address = (SemiNode.parse_ip(root_address[0]),SemiNode.parse_port(root_address[1]))
self.root_address = root_address
self.stream = Stream(server_ip, server_port)
self.packet_factory = PacketFactory()
self.user_interfarce = UserInterface()
self.server_ip = SemiNode.parse_ip(server_ip)
self.server_port = SemiNode.parse_port(str(server_port))
self.is_root = is_root
self.flag = False
# self.root_address = (SemiNode.parse_ip(root_address[0]), SemiNode.parse_port(root_address[1]))
self.neighbours = []
if self.is_root:
print("from root in init")
self.root_node = GraphNode(self.stream.get_server_address())
self.network_graph = NetworkGraph(self.root_node)
self.reunions_arrival_time = dict()
else:
print("from peer in init")
self.stream.add_node(root_address, set_register_connection=True)
# self.graph_node = GraphNode((server_ip, server_port))
self.reunion_mode = None
self.last_reunion_sent_time = None
self.t = threading.Thread(target=self.run_reunion_daemon)
def __init__(self, server_ip, server_port, is_root=False, root_address=None, gui=False, interface=None):
"""
The Peer object constructor.
Code design suggestions:
1. Initialise a Stream object for our Peer.
2. Initialise a PacketFactory object.
3. Initialise our UserInterface for interaction with user commandline.
4. Initialise a Thread for handling reunion daemon.
Warnings:
1. For root Peer, we need a NetworkGraph object.
2. In root Peer, start reunion daemon as soon as possible.
3. In client Peer, we need to connect to the root of the network, Don't forget to set this connection
as a register_connection.
:param server_ip: Server IP address for this Peer that should be pass to Stream.
:param server_port: Server Port address for this Peer that should be pass to Stream.
:param is_root: Specify that is this Peer root or not.
:param root_address: Root IP/Port address if we are a client.
:type server_ip: str
:type server_port: int
:type is_root: bool
:type root_address: tuple
"""
self.has_gui = gui
self.ip = Node.parse_ip(server_ip)
self.port = server_port
self.stream = Stream(server_ip, server_port)
self.packet_factory = PacketFactory()
self.interface = interface
self.parse_interface_thread = threading.Thread(target=self.handle_user_interface_buffer, daemon=True)
self.is_root = is_root
self.root_address = root_address
self.reunion_daemon = threading.Thread(target=self.run_reunion_daemon, daemon=True)
if is_root:
root_node = GraphNode((server_ip, server_port))
self.network_graph = NetworkGraph(root_node)
if not is_root:
try:
self.stream.add_node(root_address, True)
except LostConnection as lc:
print("Couldn't connect to root")
self.father_address = None
self.send_reunion_timer = 4
self.last_reunion_back = 0
self.is_alive = False
def __init__(self,
server_ip,
server_port,
is_root=False,
root_address=None):
"""
The Peer object constructor.
Code design suggestions:
1. Initialise a Stream object for our Peer.
2. Initialise a PacketFactory object.
3. Initialise our UserInterface for interaction with user commandline.
4. Initialise a Thread for handling reunion daemon.
Warnings:
1. For root Peer, we need a NetworkGraph object.
2. In root Peer, start reunion daemon as soon as possible.
3. In client Peer, we need to connect to the root of the network, Don't forget to set this connection
as a register_connection.
:param server_ip: Server IP address for this Peer that should be pass to Stream.
:param server_port: Server Port address for this Peer that should be pass to Stream.
:param is_root: Specify that is this Peer root or not.
:param root_address: Root IP/Port address if we are a client.
:type server_ip: str
:type server_port: int
:type is_root: bool
:type root_address: tuple
"""
self.address = (Node.parse_ip(server_ip),
Node.parse_port(str(server_port)))
self.root_address = None if root_address is None else Node.parse_address(
root_address)
self.stream = Stream(server_ip, server_port, root_address)
self.packet_factory = PacketFactory()
self.ui = UserInterface()
self.ui.daemon = True
self.is_root = is_root
self.parent_address = None
self.children = []
self.network_graph = None
self.registered_peers = None
self.waiting_for_hello_back = False
self.last_sent_hello_time = None
self.reunion_daemon = threading.Thread(target=self.run_reunion_daemon)
self.reunion_daemon.daemon = True
if is_root:
root_graph_node = GraphNode(self.address)
root_graph_node.depth = 0
self.network_graph = NetworkGraph(root_graph_node)
self.registered_peers = dict()
self.last_received_hello_times = dict()
self.reunion_daemon.start()
elif root_address is not None:
self.stream.add_node(root_address, set_register_connection=True)
self.start_user_interface()
print('Peer initialized.')