public void DisableKube(Kube kube)
{
KQueue.Enqueue(kube);
Debug.Log($"Enqueuing... Kubes remaining in KQueue: {KQueue.Count}");
kube.DeactivateKube();
SetRemainingKubesText();
}
public KubeServiceDiscoveryProviderTests()
{
_serviceName = "test";
_namespaces = "dev";
_port = 8001;
_kubeHost = "localhost";
_fakekubeServiceDiscoveryUrl = $"http://{_kubeHost}:{_port}";
_serviceEntries = new ServiceV1();
_factory = new Mock <IOcelotLoggerFactory>();
var option = new KubeClientOptions
{
ApiEndPoint = new Uri(_fakekubeServiceDiscoveryUrl),
AccessToken = "txpc696iUhbVoudg164r93CxDTrKRVWG",
AuthStrategy = KubeClient.KubeAuthStrategy.BearerToken,
AllowInsecure = true
};
_clientFactory = KubeApiClient.Create(option);
_logger = new Mock <IOcelotLogger>();
_factory.Setup(x => x.CreateLogger <Kube>()).Returns(_logger.Object);
var config = new KubeRegistryConfiguration()
{
KeyOfServiceInK8s = _serviceName,
KubeNamespace = _namespaces
};
_provider = new Kube(config, _factory.Object, _clientFactory);
}
private void SetStartingKube()
{
Kube startingKube = KQueue.Dequeue();
startingKube.transform.position = Vector3.zero;
startingKube.gameObject.SetActive(true);
startingKube.SetKubeColor(colorPicker.startingColor);
}
public void EnableKubeAtLocation(Vector3 location)
{
if (KQueue.Count > 0)
{
Kube kube = KQueue.Dequeue();
kube.transform.position = location;
kube.SetKubeColor(colorPicker.color);
kube.gameObject.SetActive(true);
Debug.Log($"Dequeuing with color {colorPicker.color}... Kubes remaining in KQueue: {KQueue.Count}");
SetRemainingKubesText();
}
}
static void Main(string[] args)
{
Console.WriteLine("\n2. Create a derived class\n------------------------------------");
Kube aKube = new Kube(3, 4, 5);
int kubeVol = aKube.findVolume();
Console.WriteLine("Cuboid volume: {0}", kubeVol);
Pyram aPyram = new Pyram(3, 4, 5);
int pyrVol = aPyram.findVolume();
Console.WriteLine("Pyramid volume: {0}\n", pyrVol);
}
