/// <summary>
/// Connect to the Manager
/// </summary>
public void Connect()
{
//TODO FIX RECONNECT PROPERLY.
logger.Info("Connecting....");
//EndPoint rep = new EndPoint(
// _Config.ManagerHost,
// _Config.ManagerPort,
// RemotingMechanism.TcpBinary
// );
EndPoint rep = _Config.ManagerEndPoint.GetEndPoint();
logger.Debug("Created remote-end-point");
//EndPoint oep = new EndPoint(_Config.OwnPort, RemotingMechanism.TcpBinary);
EndPoint oep = _Config.OwnEndPoint.GetEndPoint();
logger.Debug("Created own-end-point");
// connect to manager
_Executor = new GExecutor(rep, oep, _Config.Id, _Config.Dedicated, _Config.AutoRevertToNDE,
new SecurityCredentials(_Config.Username, _Config.Password), ExecutorUtil.BaseDirectory);
_Config.ConnectVerified = true;
_Config.Id = _Executor.Id;
_Config.Dedicated = _Executor.Dedicated;
_Executor.GotDisconnected += new GotDisconnectedEventHandler(GExecutor_GotDisconnected);
_Executor.NonDedicatedExecutingStatusChanged += new NonDedicatedExecutingStatusChangedEventHandler(GExecutor_NonDedicatedExecutingStatusChanged);
_Config.Serialize();
logger.Info("Connected successfully.");
}
/// <summary>
/// Disconnects from the Manager
/// </summary>
public void Disconnect()
{
if (Connected)
{
_Executor.Disconnect();
_Executor = null;
logger.Info("Disconnected successfully.");
}
}
internal HeartbeatWorker(GExecutor executor)
{
_stop = false;
_HeartbeatInterval = DEFAULT_INTERVAL;
_executor = executor;
}
/// <summary>
/// Disconnects from the Manager
/// </summary>
public void Disconnect()
{
if (Connected)
{
_Executor.Disconnect();
_Executor = null;
logger.Info("Disconnected successfully.");
}
}
/// <summary>
/// Connect to the Manager
/// </summary>
public void Connect()
{
//TODO FIX RECONNECT PROPERLY.
logger.Info("Connecting....");
//EndPoint rep = new EndPoint(
// _Config.ManagerHost,
// _Config.ManagerPort,
// RemotingMechanism.TcpBinary
// );
EndPoint rep = _Config.ManagerEndPoint.GetEndPoint();
logger.Debug("Created remote-end-point");
//EndPoint oep = new EndPoint(_Config.OwnPort, RemotingMechanism.TcpBinary);
EndPoint oep = _Config.OwnEndPoint.GetEndPoint();
logger.Debug("Created own-end-point");
// connect to manager
_Executor = new GExecutor(rep, oep, _Config.Id, _Config.Dedicated, _Config.AutoRevertToNDE,
new SecurityCredentials(_Config.Username, _Config.Password), ExecutorUtil.BaseDirectory);
_Config.ConnectVerified = true;
_Config.Id = _Executor.Id;
_Config.Dedicated = _Executor.Dedicated;
_Executor.GotDisconnected += new GotDisconnectedEventHandler(GExecutor_GotDisconnected);
_Executor.NonDedicatedExecutingStatusChanged += new NonDedicatedExecutingStatusChangedEventHandler(GExecutor_NonDedicatedExecutingStatusChanged);
_Config.Serialize();
logger.Info("Connected successfully.");
}
internal HeartbeatWorker(GExecutor executor)
{
_stop = false;
_HeartbeatInterval = DEFAULT_INTERVAL;
_executor = executor;
}
public void Connect()
{
logger.Info("Connecting....");
if (ExecConnectEvent != null)
{
ExecConnectEvent("Connecting....", 0);
}
Executors = new GExecutor[GetNumberOfExecutors()];
for (int executorIndex = 0; executorIndex < Executors.Length; executorIndex++)
{
RemoteEndPoint rep = new RemoteEndPoint(
Config.ManagerHost,
Config.ManagerPort,
RemotingMechanism.TcpBinary
);
logger.Debug("Created remote-end-point");
if (ExecConnectEvent != null)
{
ExecConnectEvent("Created remote-end-point", 20);
}
// TODO: kind of hack-ish way of determining the port for higher thread numbers
OwnEndPoint oep = new OwnEndPoint(
Config.OwnPort + executorIndex,
RemotingMechanism.TcpBinary
);
logger.Debug("Created own-end-point");
if (ExecConnectEvent != null)
{
ExecConnectEvent("Created own-end-point", 40);
}
string executorId = Config.GetIdAtLocation(executorIndex);
// the executorId is used in the remoting URI so it MUST be initialized here
if (executorId == String.Empty)
{
executorId = Guid.NewGuid().ToString();
}
// connect to manager
Executors[executorIndex] = new GExecutor(rep, oep, executorId, Config.Dedicated, new SecurityCredentials(Config.Username, Config.Password), AppDomain.CurrentDomain.BaseDirectory);
if (ExecConnectEvent != null)
{
ExecConnectEvent("Updating executor configuration.", 80);
}
Config.ConnectVerified = true;
Config.SetIdAtLocation(executorIndex, Executors[executorIndex].Id);
Config.Dedicated = Executors[executorIndex].Dedicated;
if (ExecConnectEvent != null)
{
ExecConnectEvent("Saved configuration.", 60);
}
if (ExecConnectEvent != null)
{
ExecConnectEvent("Connected successfully.", 100);
}
Executors[executorIndex].GotDisconnected += new GotDisconnectedEventHandler(GExecutor_GotDisconnected);
Executors[executorIndex].NonDedicatedExecutingStatusChanged += new NonDedicatedExecutingStatusChangedEventHandler(GExecutor_NonDedicatedExecutingStatusChanged);
}
Config.Slz();
Config.ConnectVerified = true;
logger.Info("Connected successfully.");
}
public void Connect()
{
logger.Info("Connecting....");
if (ExecConnectEvent!=null){
ExecConnectEvent("Connecting....",0);
}
Executors = new GExecutor[GetNumberOfExecutors()];
for (int executorIndex = 0; executorIndex < Executors.Length; executorIndex++)
{
RemoteEndPoint rep = new RemoteEndPoint(
Config.ManagerHost,
Config.ManagerPort,
RemotingMechanism.TcpBinary
);
logger.Debug("Created remote-end-point");
if (ExecConnectEvent!=null)
{
ExecConnectEvent("Created remote-end-point",20);
}
// TODO: kind of hack-ish way of determining the port for higher thread numbers
OwnEndPoint oep = new OwnEndPoint(
Config.OwnPort + executorIndex,
RemotingMechanism.TcpBinary
);
logger.Debug("Created own-end-point");
if (ExecConnectEvent!=null)
{
ExecConnectEvent("Created own-end-point",40);
}
string executorId = Config.GetIdAtLocation(executorIndex);
// the executorId is used in the remoting URI so it MUST be initialized here
if (executorId == String.Empty)
{
executorId = Guid.NewGuid().ToString();
}
// connect to manager
Executors[executorIndex] = new GExecutor(rep, oep, executorId, Config.Dedicated, new SecurityCredentials(Config.Username, Config.Password), AppDomain.CurrentDomain.BaseDirectory);
if (ExecConnectEvent!=null)
{
ExecConnectEvent("Updating executor configuration.",80);
}
Config.ConnectVerified = true;
Config.SetIdAtLocation(executorIndex, Executors[executorIndex].Id);
Config.Dedicated = Executors[executorIndex].Dedicated;
if (ExecConnectEvent!=null)
{
ExecConnectEvent("Saved configuration.",60);
}
if (ExecConnectEvent!=null)
{
ExecConnectEvent("Connected successfully.",100);
}
Executors[executorIndex].GotDisconnected += new GotDisconnectedEventHandler(GExecutor_GotDisconnected);
Executors[executorIndex].NonDedicatedExecutingStatusChanged += new NonDedicatedExecutingStatusChangedEventHandler(GExecutor_NonDedicatedExecutingStatusChanged);
}
Config.Slz();
Config.ConnectVerified = true;
logger.Info("Connected successfully.");
}
internal NonDedicatedExecutorWorker(GExecutor executor)
{
_executor = executor;
_stop = false;
_EmptyThreadInterval = DEFAULT_EMPTYTHREAD_INTERVAL;
}
