/// <summary>
/// Dispatcher method for using threading to accomplish work that must happen on the actual (remote) Host.
/// Using threads to increase efficiency and reduce busy waits. All work that requires communication
/// with the remote host, is done on a worker thread. Each Host has a unique thread, but the threads
/// are throttled from a system wide standpoint, based on the number of available network drive letters.
/// </summary>
public void DoWork()
{
if (workQ.Count > 0)
{
WorkStatus = HostVMStatus.Working;
HostOperations _op = workQ[0];
workQ.RemoveAt(0);
switch (_op)
{
case HostOperations.Connect:
CommThread = new Thread(Connect);
break;
case HostOperations.Start:
CommThread = new Thread(startEPRs);
break;
case HostOperations.Stop:
CommThread = new Thread(destroy);
break;
case HostOperations.Clone:
CommThread = new Thread(clone);
break;
default:
throw new Exception("Unknown HostOperation in DoWork: " + (int)_op);
}
CommThread.Start();
}
}
public async Task GetHostAsync_ValidParameters_ExpectedResult()
{
IUKFastECloudClient client = Substitute.For <IUKFastECloudClient>();
client.GetAsync <Host>("/ecloud/v1/hosts/123").Returns(new Host()
{
ID = 123
});
var ops = new HostOperations <Host>(client);
var hostitem = await ops.GetHostAsync(123);
Assert.AreEqual(123, hostitem.ID);
}
/// <summary>
/// Constructor. Just does LOCAL initialization. No remote communication happens in here.
/// </summary>
/// <param name="pNetPath">network Path to the Remote host</param>
/// <param name="pWork">Initial operation -- usually a Connect</param>
/// <param name="pForce">Whether to "force" a connection. Menas to start the remote EPR service if it is not executing</param>
public HostVM(string pNetPath, HostOperations pWork, bool pForce)
{
specifiedIPs = new List <string>();
workQ = new List <HostOperations>();
EPRs = new List <EPRInstance>();
availProfiles = new Collection <DeviceProfile>();
processNetPath(pNetPath);
forceConn = pForce;
if (pWork != HostOperations.Idle)
{
workQ.Add(pWork);
}
workStatus = WorkQ.Count > 0 ? HostVMStatus.Pending : HostVMStatus.Idle;
CommThread = null;
}
public async Task GetHostsAsync_ExpectedResult()
{
IUKFastECloudClient client = Substitute.For <IUKFastECloudClient>();
client.GetAllAsync(Arg.Any <UKFastClient.GetPaginatedAsyncFunc <Host> >(), null).Returns(Task.Run <IList <Host> >(() =>
{
return(new List <Host>()
{
new Host(),
new Host()
});
}));
var ops = new HostOperations <Host>(client);
var hosts = await ops.GetHostsAsync();
Assert.AreEqual(2, hosts.Count);
}
public async Task GetHostsPaginatedAsync_ExpectedClientCall()
{
IUKFastECloudClient client = Substitute.For <IUKFastECloudClient>();
client.GetPaginatedAsync <Host>("/ecloud/v1/hosts").Returns(Task.Run(() =>
{
return(new Paginated <Host>(client, "/ecloud/v1/hosts", null, new Response.ClientResponse <System.Collections.Generic.IList <Host> >()
{
Body = new Response.ClientResponseBody <System.Collections.Generic.IList <Host> >()
{
Data = new List <Host>()
{
new Host(),
new Host()
}
}
}));
}));
var ops = new HostOperations <Host>(client);
var paginated = await ops.GetHostsPaginatedAsync();
Assert.AreEqual(2, paginated.Items.Count);
}
public async Task GetHostAsync_InvalidHostID_ThrowsUKFastClientValidationException()
{
var ops = new HostOperations <Host>(null);
await Assert.ThrowsExceptionAsync <UKFastClientValidationException>(() => ops.GetHostAsync(0));
}