public ActionResult CreateContainer(int id)
{
MasterContainersManagement masterContainersManagement = new MasterContainersManagement();
UpdateInProgressMessage(id, "Creating Master Container");
AsynchronousCallback ContainerThread = new AsynchronousCallback(masterContainersManagement.CreateCloud);
ContainerThread.BeginInvoke(id, null, null);
return RedirectToAction("CloudDetails", "CloudManagement", new { id = id });
}
//Check this function in CosoleForm: private ContainerMetadata SaveOrUpdateContainer(Uri anekaDaemonServiceUrl, ContainerProperty property, int previousImageIndex)
public void UpdateContainers(global::Aneka.PAL.Management.Model.Machine anekaDaemonMachine)
{
IDaemonProxy proxy = ProxyCreator.CreateDaemonProxy(anekaDaemonMachine.DaemonUri);
ContainerProperty[] properties = proxy.QueryContainers(new string[] { });
foreach (ContainerProperty property in properties)
{
string tmpConfig = Path.GetTempFileName();
if (string.IsNullOrEmpty(property.ConfigurationBase64Content) == false)
{
//write aneka xml to the tmp config file
IOUtil.WriteBase64EncodedToFile(tmpConfig, property.ConfigurationBase64Content);
//load the aneka clone from the tmp config
global::Aneka.Runtime.Configuration configure = global::Aneka.Runtime.Configuration.GetConfiguration(tmpConfig);
//create a new container metadata with updated clone properties
bool isMaster = configure.NodeType != global::Aneka.Runtime.NodeType.Worker;
if (isMaster)
{
MasterContainersManagement masterContainersManagement = new MasterContainersManagement();
masterContainersManagement.buildExistMaster(configure, property);
}
else
{
//Uri uri = new Uri(configure.IndexServerUri);
//CloudWebPortal.Areas.Aneka.Models.Machine machine = db.Machines.Where(x => x.IP == uri.Host).First();
//Cloud cloud = db.Clouds.Where(x => ).First();//MUST GET THE CLOUD
//Worker worker = new Worker();
//worker.Port = uri.Port;
//if (property.Status == ContainerStatus.Started)
//{
// IContainerManagerProxy containerProxy = ProxyCreator.CreateContainerManagerProxy();
// NodeInfo nodeInfo = containerProxy.GetNodeInfo(uri.ToString());
// if (nodeInfo != null)
// {
// worker.isQuarantined = containerProxy.NodeQuarantined(nodeInfo.IndexServerUri, nodeInfo.Id);
// //metadata.Services = nodeInfo.GetServices(); //MUST BE DONE
// }
//}
}
//! metadata = new ContainerMetadata(string.Format("tcp://{0}:{1}/Aneka", anekaDaemonServiceUrl.Host, configure.Port));
//! metadata.InternalId = configure.Id;
//! metadata.AnekaDaemonServiceUrl = anekaDaemonServiceUrl;
}
}
}
public ActionResult RefreshMaster(int id)
{
MasterContainersManagement masterContainersManagement = new MasterContainersManagement();
masterContainersManagement.RefreshMaster(id);
return RedirectToAction("CloudDetails", "CloudManagement", new { id = id });
}
public ActionResult Details(int id)
{
MasterContainersManagement masterContainersManagement = new MasterContainersManagement();
//Get the cloud entity from the database
Cloud cloud = db.Clouds.Find(id);
if (cloud == null)
{
cloud = new Cloud();
cloud.CloudName = "Cloud could not be found";
return PartialView();
}
//Pass the master machine entity to the view
ViewBag.MasterMachine = masterContainersManagement.machineLookupFromMasterId(cloud.Master.MasterId);
//Create and pass a Dictionary to the view, the key is the worker ID, and the value id the machine entity.
Dictionary<int, Machine> WorkersMachines = new Dictionary<int, Machine>();
List<Machine> AllMachines = db.Machines.ToList();
foreach (Worker worker in cloud.Workers)
{
foreach (Machine machine in AllMachines)
{
if(machine.Workers.Contains(worker))
WorkersMachines.Add(worker.WorkerId,machine);
}
}
ViewBag.WorkersMachines = WorkersMachines;
//Pass the cloud entity to the view
return PartialView(cloud);
}
