public override void HandleLoadAvailabilityResponce(LoadAvailabilityResponce message)
{
_currentAuction.AddBid(message.HostBid);
if (!_currentAuction.OpenSession)
{
var winner = _currentAuction.GetWinnerBid();
if (winner == null)
{
Console.WriteLine($"\tMaster: No Winner ---------");
InitiateRejectAction(_currentAuction.Owner, _currentAuction.ActionType);
}
else
{
Console.WriteLine($"\tMaster: Winner Is Host #{winner.BiddingHost}");
if (winner.Reason == BidReasons.ValidBid)
{
}
else if (winner.Reason == BidReasons.Evacuate)
{
//EvacuatingHost = message.SenderId;
EvacuatingHosts.Add(message.SenderId);
DataHolder.SetUtilization(message.SenderId, UtilizationStates.Evacuating);
}
else
{
throw new NotImplementedException("from auction");
}
//Here The Difference Exist
if (_currentAuction.ActionType == StrategyActionType.PushAction)
{
InitiateMigration(_currentAuction.Owner, winner.BiddingHost, winner.ContainerId);
}
else
{
InitiateMigration(winner.BiddingHost, _currentAuction.Owner, winner.ContainerId);
}
}
//Cancel All Bids
foreach (var candidate in _currentAuction.GetAllCandidates())
{
if (winner == null || candidate != winner.BiddingHost)
{
BidCancellationRequest request = new BidCancellationRequest(candidate, this.MachineId, _currentAuction.InstanceId);
CommunicationModule.SendMessage(request);
Console.WriteLine($"\tMaster: Send cancel to {candidate} on auction {_currentAuction.InstanceId}");
}
}
Console.WriteLine($"\t Master: Closing Auction #{_currentAuction.InstanceId}");
//Auctions.Remove(currentAuction);
_currentAuction = null;
if (Used == 0)
{
throw new NotImplementedException();
}
Used = 0;
}
}
/// <summary>
/// Should Be Optimized for the reasons to add new host or remove one
/// </summary>
/// <param name="hostId"></param>
/// <param name="atype"></param>
protected void InitiateRejectAction(int hostId, StrategyActionType atype)
{
//Implement Conditions for How to Add New Nodes or Remove
//Implement Add Host and Evacuation System Locks
var action = RejectActions.Nothing;
switch (atype)
{
case StrategyActionType.PushAction:
//Create New Host
//if (hostId != EvacuatingHost)
//if (EvacuatingHost == 0)
if (EvacuatingHosts.Count == 0)
{
//if (_pushFailures > Global.GetNoOfFailures)
if (!DataHolder.GetCandidateHosts(UtilizationStates.UnderUtilization, 0).Any())
{
PowerController.PowerOnHost();
}
//_pushFailures = 0;
//else
//{
// //_pushFailures++;
//}
}
//else if (hostId == EvacuatingHost)
else if (EvacuatingHosts.Contains(hostId))
{
action = RejectActions.CancelEvacuation;
Console.WriteLine($"Cancel Evacuation for {hostId}");
//EvacuatingHost = 0;
EvacuatingHosts.Remove(hostId);
DataHolder.SetUtilization(hostId, UtilizationStates.UnderUtilization);
}
else
{
//throw new Exception("Evacuting Host with Push Request, What to Do");
//Options (Cancel Evacuation Mode @All Hosts)
foreach (var ehost in EvacuatingHosts)
{
DataHolder.SetUtilization(ehost, UtilizationStates.UnderUtilization);
var cem = new CancelEvacuation(ehost, this.MachineId);
CommunicationModule.SendMessage(cem);
}
EvacuatingHosts.Clear();
}
break;
case StrategyActionType.PullAction:
//Evacuate Host
if (EvacuatingHosts.Contains(hostId))
{
throw new NotImplementedException();
}
if ( //(EvacuatingHost == 0 &&
!DataHolder.GetCandidateHosts(UtilizationStates.OverUtilization, 0).Any())
{
DataHolder.SetUtilization(hostId, UtilizationStates.Evacuating);
//EvacuatingHost = hostId;
EvacuatingHosts.Add(hostId);
if (EvacuatingHosts.Count > 1)
{
}
action = RejectActions.Evacuate;
Console.WriteLine($"Start Evacuation for {hostId}");
}
//else if (hostId == EvacuatingHost)
//{
// throw new NotImplementedException();
//}
break;
default:
throw new ArgumentOutOfRangeException();
}
RejectRequest request = new RejectRequest(hostId, this.MachineId, atype, action);
CommunicationModule.SendMessage(request);
}
public override void HandleLoadAvailabilityResponce(LoadAvailabilityResponce message)
{
// var currentInOrderPrope = _currentStrategyInstance as InOrderProping;
if (!message.HostBid.Valid)
{
BidCancellationRequest brequest = new BidCancellationRequest(message.SenderId, this.MachineId, _currentProping.InstanceId);
CommunicationModule.SendMessage(brequest);
//Should try to find another one before rejection
if (_currentProping.OpenSession)
{
int candidateHostId = _currentProping.GetNextCandidate();
switch (_currentProping.ActionType)
{
case StrategyActionType.PushAction:
var aRequest1 = new PushLoadAvailabilityRequest(candidateHostId, this.MachineId,
_currentProping.ContainerLoadInfo, _currentProping.InstanceId, _currentProping.Owner);
CommunicationModule.SendMessage(aRequest1);
break;
case StrategyActionType.PullAction:
var aRequest2 = new PullLoadAvailabilityRequest(candidateHostId, this.MachineId,
_currentProping.InstanceId, _currentProping.Owner);
CommunicationModule.SendMessage(aRequest2);
break;
default:
throw new ArgumentOutOfRangeException();
}
return;
}
else
{
InitiateRejectAction(_currentProping.Owner, _currentProping.ActionType);
}
}
else
{
if (message.HostBid.Reason == BidReasons.ValidBid)
{
}
else if (message.HostBid.Reason == BidReasons.Evacuate)
{
//EvacuatingHost = message.SenderId;
EvacuatingHosts.Add(message.SenderId);
if (EvacuatingHosts.Count > 1)
{
}
DataHolder.SetUtilization(message.SenderId, UtilizationStates.Evacuating);
}
else
{
throw new NotImplementedException("from in order");
}
if (_currentProping.ActionType == StrategyActionType.PushAction)
{
InitiateMigration(_currentProping.Owner, message.HostBid.BiddingHost, message.HostBid.ContainerId);
}
else
{
InitiateMigration(message.HostBid.BiddingHost, _currentProping.Owner, message.HostBid.ContainerId);
}
}
if (Used == 0 || _currentProping == null)
{
throw new NotImplementedException("");
}
Used = 0;
_currentProping = null;
}