public ZhimeraProxyNode(IPAddress ip, ProxyNodeController proxyController)
: base(ip)
{
// lowLevelComm = Base.LowLevelComm.getRefLowLevelComm();
// selfNodeBasic = new Tashjik.Common.NodeBasic(ip);
this.proxyController = proxyController;
}
public ZhimeraRealNode(ProxyNodeController proxyNodeController, IPAddress bootStrapIP, Guid bootStrapChordInstanceGuid)
{
this.proxyNodeController = proxyNodeController; // new ProxyNodeController(new ProxyNodeController.CreateProxyNodeDelegate(createZhimeraProxyNode), new Guid(zhimeraGUID));
erasureCoder = new ErasureCoder();
_SVCEncoder = new SVCEncoder();
chordCylinder = new ChordCylinder(bootStrapIP, bootStrapChordInstanceGuid, proxyNodeController);
}
public ZhimeraRealNode(ProxyNodeController proxyNodeController)
{
this.proxyNodeController = proxyNodeController;
erasureCoder = new ErasureCoder();
_SVCEncoder = new SVCEncoder();
chordCylinder = new ChordCylinder(proxyNodeController);
}
private RangeIChordRing[] registry; // = new RangeDictionary<double, IChordRing>();
#endregion Fields
#region Constructors
public ChordCylinder(IPAddress bootStrapIP, Guid bootStrapChordInstanceGuid, ProxyNodeController proxyNodeController)
{
this.proxyNodeController = proxyNodeController;
registry = new RangeIChordRing[noOfChordRings];
halo = new ProxyHalo();
ZhimeraProxyNode bootstrapProxyNode = (ZhimeraProxyNode)(proxyNodeController.getProxyNode(bootStrapIP));
double perRange = totalRange / (double)(noOfChordRings);
for (int i = 0; i < noOfChordRings; i++)
{
registry[i] = new RangeIChordRing();
registry[i].min = i * perRange;
registry[i].max = (i + 1) * perRange;
if (i == noOfChordRings / 2)
registry[i].chordRing = new RealChordRing(bootStrapIP, bootStrapChordInstanceGuid);
else
registry[i].chordRing = new ProxyChordRing(halo, noOfChordRings);
}
}
public ChordCylinder(ProxyNodeController proxyNodeController)
{
this.proxyNodeController = proxyNodeController;
registry = new RangeIChordRing[noOfChordRings];
halo = new RealHalo();
double perRange = totalRange / (double)(noOfChordRings);
for (int i = 0; i < noOfChordRings; i++)
{
registry[i] = new RangeIChordRing();
registry[i].min = i * perRange;
registry[i].max = (i + 1) * perRange;
if(i == noOfChordRings/2)
registry[i].chordRing = new RealChordRing();
else
registry[i].chordRing = new ProxyChordRing(halo, noOfChordRings);
}
}
public StreamingOverlayServer(ProxyNodeController.CreateProxyNodeDelegate createProxyNodeDelegate, Guid overlayInstanceGuid)
{
proxyNodeController = new ProxyNodeController(createProxyNodeDelegate, overlayInstanceGuid);
}
public OverlayServer(ProxyNodeController.CreateProxyNodeDelegate createProxyNodeDelegate, Guid overlayInstanceGuid)
{
proxyNodeController = new ProxyNodeController(createProxyNodeDelegate, overlayInstanceGuid);
}
public ZhimeraServer(IPAddress bootStrapIP, Guid bootStrapChordInstanceGuid)
{
proxyNodeController = new ProxyNodeController(new ProxyNodeController.CreateProxyNodeDelegate(createZhimeraProxyNode), new Guid(zhimeraGUID));
zhimeraRealNode = new ZhimeraRealNode(proxyNodeController, bootStrapIP, bootStrapChordInstanceGuid);
}
public ZhimeraServer()
{
proxyNodeController = new ProxyNodeController(new ProxyNodeController.CreateProxyNodeDelegate(createZhimeraProxyNode), new Guid(zhimeraGUID));
zhimeraRealNode = new ZhimeraRealNode(proxyNodeController);
}
private static ProxyNode createZhimeraProxyNode(IPAddress IP, ProxyNodeController proxyNodeController)
{
return new ZhimeraProxyNode(IP, /*base.getProxyNodeController*/proxyNodeController);
//return new ChordProxyNode(IP, base.getProxyNodeController());
//return null;
}
