/// <summary>Print a console message describing a topology event notification</summary>
/// <param name="topologyEvent">the received event</param>
/// <param name="prefix">a string describing the type of event</param>
private void WriteEvent(TopologyEvent topologyEvent, string prefix)
{
string s1 = JPPFDotnetDemo.GetName(topologyEvent.getDriver());
string s2 = JPPFDotnetDemo.GetName(topologyEvent.getNodeOrPeer());
Console.WriteLine("[.Net TopologyManager] " + prefix + " for driver=" + s1 + " and node=" + s2);
}
/// <summary>Node updated notification</summary>
/// <param name="jobEvent">encapsulates information about the event and related topology components</param>
public virtual void NodeUpdated(java.lang.Object topologyEvent)
{
TopologyEvent e = topologyEvent as TopologyEvent;
if (verbose)
{
WriteEvent(e, "node updated");
}
listener.NodeUpdated(e);
}
/// <summary>Driver added notification</summary>
/// <param name="jobEvent">encapsulates information about the event and related topology components</param>
public virtual void DriverAdded(java.lang.Object topologyEvent)
{
TopologyEvent e = topologyEvent as TopologyEvent;
if (verbose)
{
WriteEvent(e, "driver added");
}
listener.DriverAdded(e);
}
/// <summary>Print a console message describing a received event notification</summary>
/// <param name="topologyEvent">the received event</param>
/// <param name="type">a string describing the type of event notification</param>
private void WriteEvent(TopologyEvent topologyEvent, string type)
{
TopologyDriver driver = topologyEvent.getDriver();
string s1 = "none";
if (driver != null)
{
s1 = driver.getDisplayName();
}
TopologyNode node = topologyEvent.getNodeOrPeer();
string s2 = "none";
if (node != null)
{
s2 = node.getDisplayName();
}
Console.WriteLine("[.Net] dispatcher: topology event '" + type + "' for driver=" + s1 + " and node=" + s2);
}
/// <summary>Called when a node is removed from the grid</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public override void NodeRemoved(TopologyEvent topologyEvent)
{
WriteEvent(topologyEvent, "node removed");
}
/// <summary>Called when a new node is added to the grid</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public override void NodeAdded(TopologyEvent topologyEvent)
{
WriteEvent(topologyEvent, "node added");
}
/// <summary>Called when a driver is removed from the grid</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public override void DriverRemoved(TopologyEvent topologyEvent)
{
WriteEvent(topologyEvent, "driver removed");
}
/// <summary>Called when a new driver is added to the grid</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public override void DriverAdded(TopologyEvent topologyEvent)
{
WriteEvent(topologyEvent, "driver added");
}
/// <summary>Called when information on a node is updated</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public virtual void NodeUpdated(TopologyEvent topologyEvent)
{
}
/// <summary>Called when a node is removed from the grid</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public virtual void NodeRemoved(TopologyEvent topologyEvent)
{
}
/// <summary>Called when a new node is added to the grid</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public virtual void NodeAdded(TopologyEvent topologyEvent)
{
}
/// <summary>Called when information on a driver is updated</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public virtual void DriverUpdated(TopologyEvent topologyEvent)
{
}
/// <summary>Called when a driver is removed from the grid</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public virtual void DriverRemoved(TopologyEvent topologyEvent)
{
}
/// <summary>Called when a new driver is added to the grid</summary>
/// <param name="jobEvent">encapsulates the topology event</param>
public virtual void DriverAdded(TopologyEvent topologyEvent)
{
}