//Methods:
protected PathELManager(EdgeListener el, bool thread) {
_el = el;
_sync = new object();
_edges = new List<Edge>();
_unannounced = new Dictionary<Edge, PathEdge>();
_pel_map = new Dictionary<string, PathEdgeListener>();
//Use the reqrep protocol with a special prefix:
_rrm = new ReqrepManager("PathELManager:" + el.ToString(), PType.Protocol.Pathing);
_rrm.Subscribe(this, null);
Rpc = new RpcManager(_rrm);
Rpc.AddHandler("sys:pathing", this);
_el.EdgeEvent += HandleEdge;
_running = true;
if(thread) {
_timer_thread = new Thread(
delegate() {
int counter = 0;
int max_counter = EDGE_PERIOD / 1000;
while(_running) {
Thread.Sleep(1000);
ReqrepTimeoutChecker();
if(++counter == max_counter) {
counter = 0;
EdgeTimeoutChecker();
}
}
}
);
_timer_thread.IsBackground = true;
_timer_thread.Start();
}
}
public LocalDiscovery(ITAHandler ta_handler, string realm, RpcManager rpc, IPHandler iphandler) :
base(ta_handler)
{
_rpc = rpc;
_iphandler = iphandler;
_realm = realm;
_rpc.AddHandler(RPC_CLASS, this);
}
public ReflectionRpcHandler(RpcManager rpc, object handler, bool use_sender)
{
_rpc = rpc;
_handler = handler;
_type = _handler.GetType();
_use_sender = use_sender;
_sync = new object();
//Cache the 10 most used methods:
_method_cache = new Cache(10);
}
public BrunetRpc() {
_rrm = new ReqrepManager("BrunetRpc");
_rrm.Subscribe(this, null);
Rpc = new RpcManager(_rrm);
IPHandler = new IPHandler();
IPHandler.Subscribe(this, null);
_running = 1;
_timer = new Thread(TimerThread);
_timer.IsBackground = true;
_timer.Start();
}
public BrunetRpc()
{
_rrm = new ReqrepManager("BrunetRpc");
_rrm.Subscribe(this, null);
Rpc = new RpcManager(_rrm);
IPHandler = new IPHandler();
IPHandler.Subscribe(this, null);
_running = 1;
_timer = new Thread(TimerThread);
_timer.IsBackground = true;
_timer.Start();
}
public LocalConnectionOverlord(Node node) {
_sync = new Object();
_allow_localcons = false;
_active = false;
_local_addresses = new List<AHAddress>();
_node = node;
lock(_sync) {
_rpc = node.Rpc;
_rpc.AddHandler("LocalCO", this);
_node.HeartBeatEvent += CheckConnection;
_node.StateChangeEvent += StateChangeHandler;
_node.ConnectionTable.ConnectionEvent += ConnectHandler;
_node.ConnectionTable.DisconnectionEvent += DisconnectHandler;
_last_announce_call = DateTime.MinValue;
_last_activate_call = DateTime.MinValue;
}
}
public ReflectionRpcHandler(RpcManager rpc, object handler, bool use_sender) {
_rpc = rpc;
_handler = handler;
_type = _handler.GetType();
_use_sender = use_sender;
_sync = new object();
//Cache the 10 most used methods:
_method_cache = new Cache(10);
}
public XmlRpcManager(Node node, RpcManager rpc, string uri) {
Uri = uri;
_node = node;
_rpc = rpc;
}
/**
* @param url the URL of the XML-RPC service.
* @param rpc The XmlRpcManager instance that the handler uses.
*/
public XmlRpcHandler(string url, Node node) {
_url = url;
_node = node;
_rpc = _node.Rpc;
}
public RpcSendResultAction(RpcManager rpc, object rs, object result) {
_rpc = rpc;
_rs = rs;
_result = result;
}
/**
* Constructor
* @param node local node
* @param state RPC related state.
* @param task map-reduce task.
* @param args arguments to the map reduce task.
*/
public MapReduceComputation(Node node, object state,
MapReduceTask task,
MapReduceArgs args)
{
_node = node;
_rpc = node.Rpc;
_mr_request_state = state;
_mr_task = task;
_mr_args = args;
//Here is our state variable:
_state = new State();
_result = State.DEFAULT_OBJ;
}
/**
* Constructor
* @param n local node
*/
public MapReduceHandler(Node n) {
_node = n;
_rpc = n.Rpc;
_name_to_task = new Dictionary<string, MapReduceTask>();
_sync = new object();
//Set up some basic tasks:
var basetasks = new MapReduceTask[]{
new MapReduceBoundedBroadcast(_node),
new MapReduceGreedy(_node),
new MapReduceListConcat(_node),
};
foreach(MapReduceTask mrt in basetasks) {
SubscribeTask(mrt);
}
}
/*** Gracefully close this connection, if it is not already disconnected.
* Idempotent (calling it twice is the same as once).
* @return the old state, new state pair.
*/
public Pair<ConnectionState,ConnectionState> Close(RpcManager rpc, string reason) {
var old_new = Abort();
if( old_new.First.Disconnected != true ) {
//Now try to tell the other node:
var close_info = new ListDictionary();
if( reason != String.Empty ) {
close_info["reason"] = reason;
}
Edge e = old_new.Second.Edge;
var results = new Channel(1);
//Either the RPC call times out, or we get a response.
results.CloseEvent += delegate(object o, EventArgs args) {
e.Close();
};
try { rpc.Invoke(e, results, "sys:link.Close", close_info); }
catch { e.Close(); }
}
return old_new;
}
public EchoSendHandler(Node n, ISender dest, object req_state) {
_rrman = n.Rrm;
_rpc = n.Rpc;
_req_state = req_state;
_dest = dest;
}
/// <summary>
/// The overloaded method for now is used to allow RpcManager to be replaced
/// by MockRpcManager in unit tests.
/// </summary>
/// <param name="node"></param>
/// <param name="rpc"></param>
/// <param name="uri"></param>
internal void Add(Node node, RpcManager rpc, string uri) {
var xrm = new XmlRpcManager(node, rpc);
lock (_sync_root) {
// throw an exception if this mapping exists...
_xrm_mappings.Add(node, xrm);
RemotingServices.Marshal(xrm, uri);
CheckAndSetDefaultManager();
}
rpc.AddHandler("xmlrpc", xrm);
}
/**
* This constructor DOES NOT add the handler,
* you have to do that.
*
* @param n the Node this Handler is for
*/
public TraceRpcHandler(Node n) {
_node = n;
_rpc = n.Rpc;
}
public XmlRpcManager(Node node, RpcManager rpc) {
_node = node;
_rpc = rpc;
}