C# CloudServersProvider.WaitForServerActive方法代码示例

        public static void ClassInitialize(TestContext testContext)
        {
            IComputeProvider provider = new CloudServersProvider(Bootstrapper.Settings.TestIdentity);
            string serverName = UserComputeTests.UnitTestServerPrefix + Path.GetRandomFileName();

            Flavor flavor = UserComputeTests.ListAllFlavorsWithDetails(provider).OrderBy(i => i.RAMInMB).ThenBy(i => i.DiskSizeInGB).FirstOrDefault();
            if (flavor == null)
                Assert.Inconclusive("Couldn't find a flavor to use for the test server.");

            SimpleServerImage[] images = UserComputeTests.ListAllImages(provider).ToArray();
            SimpleServerImage image = images.FirstOrDefault(i => i.Name.IndexOf("CentOS 6.0", StringComparison.OrdinalIgnoreCase) >= 0);
            if (image == null)
                Assert.Inconclusive("Couldn't find the CentOS 6.0 image to use for the test server.");

            Stopwatch timer = Stopwatch.StartNew();
            Console.Write("Creating server for image {0}...", image.Name);
            NewServer server = provider.CreateServer(serverName, image.Id, flavor.Id);
            Assert.IsNotNull(server);
            Assert.IsFalse(string.IsNullOrEmpty(server.Id));

            _password = server.AdminPassword;

            _server = provider.WaitForServerActive(server.Id);
            Assert.IsNotNull(_server);
            Assert.AreEqual(server.Id, _server.Id);
            Assert.AreEqual(ServerState.Active, _server.Status);

            Console.WriteLine("done. {0} seconds", timer.Elapsed.TotalSeconds);
        }

        public void Should_Wait_Until_Server_Becomes_Active_Or_A_Maximum_Of_10_Minutes()
        {
            var provider = new CloudServersProvider(_testIdentity);

            var serverDetails = provider.WaitForServerActive(_testServer.Id);

            Assert.IsNotNull(serverDetails);
            Assert.AreEqual("ACTIVE", serverDetails.Status);
        }

    public async Task Run(string username, string apiKey, string region)
    {
        // Configure authentication
        var identity = new CloudIdentity
        {
            Username = username,
            APIKey = apiKey
        };
        var identityService = new CloudIdentityProvider(identity);
        var result = identityService.Authenticate();

        var serverService = new CloudServersProvider(identity, region, null, null);
        var rackConnectService = new RackConnectService(identityService, region);

        // Create a cloud server on your hybrid network
        Console.WriteLine($"Looking up your RackConnect network in {region}...");
        var networks = await rackConnectService.ListNetworksAsync();
        var network = networks.FirstOrDefault();
        if (network == null)
            throw new Exception($"You do not have a Hybrid Cloud / RackConnect network configured in the {region} which is required to run this sample.");

        Console.WriteLine("Creating sample cloud server... ");
        // Ubuntu 14.04 LTS (Trusty Tahr) (PVHVM)
        const string ubuntuImageId = "09de0a66-3156-48b4-90a5-1cf25a905207";
        // 512MB Standard Instance
        const string standardFlavorId = "2";
        var requestedServer = serverService.CreateServer("sample", ubuntuImageId, standardFlavorId,
            networks: new string[] {network.Id});
        serverService.WaitForServerActive(requestedServer.Id);

        Console.WriteLine("Allocating a public IP address...");
        var ip = await rackConnectService.CreatePublicIPAsync(
            new PublicIPCreateDefinition {ShouldRetain = true});
        await ip.WaitUntilActiveAsync();
        Console.WriteLine($"Acquired {ip.PublicIPv4Address}!");

        Console.WriteLine("Assigning the public IP to the sample cloud server...");
        await ip.AssignAsync(requestedServer.Id);
        await ip.WaitUntilActiveAsync();

        Console.WriteLine("Deleting sample cloud server...");
        serverService.DeleteServer(requestedServer.Id);

        Console.WriteLine("Deallocating the public IP address...");
        await ip.DeleteAsync();
    }

        public void Should_Create_A_Server_With_New_Network_And_Wait_For_Active()
        {
            var provider = new CloudServersProvider(_testIdentity);
            var networks = new List<Guid>() { new Guid(_created_network_id2) };
            var testServer = provider.CreateServer("net-sdk-test-server", "d531a2dd-7ae9-4407-bb5a-e5ea03303d98", "2", networks: networks);

            Assert.IsNotNull(testServer.Id);
            _created_server_id = testServer.Id;

            var serverDetails = provider.WaitForServerActive(_created_server_id);
            Assert.AreEqual("ACTIVE", serverDetails.Status);
        }

        public void Should_Wait_For_Server_To_Go_Into_Active_Status_After_UnRescue()
        {
            Assert.IsTrue(_unRescueSuccess);

            var provider = new CloudServersProvider(_testIdentity);
            var details = provider.WaitForServerActive(_testServer.Id);

            Assert.IsNotNull(details);
        }

        public void Should_Wait_For_Server_To_Be_In_Active_State_After_Reverting_Resize()
        {
            Assert.IsTrue(_revertResizeSuccess);

            var provider = new CloudServersProvider(_testIdentity);
            var details = provider.WaitForServerActive(_testServer.Id);

            Assert.IsNotNull(details);
        }

        public void Should_Wait_For_Server_To_Go_Into_Active_Status_After_Rebuild()
        {
            Assert.IsNotNull(_rebuildServer);

            var provider = new CloudServersProvider(_testIdentity);
            var details = provider.WaitForServerActive(_testServer.Id);

            Assert.IsNotNull(details);
        }

        public void TestRevertServerResize()
        {
            IComputeProvider provider = new CloudServersProvider(Bootstrapper.Settings.TestIdentity);

            string serverName = UserComputeTests.UnitTestServerPrefix + Path.GetRandomFileName();

            Flavor flavor = UserComputeTests.ListAllFlavorsWithDetails(provider).OrderBy(i => i.RAMInMB).ThenBy(i => i.DiskSizeInGB).FirstOrDefault(i => !i.Id.Equals(_server.Flavor.Id, StringComparison.OrdinalIgnoreCase));
            if (flavor == null)
                Assert.Inconclusive("Couldn't find a flavor to use for the test server.");

            bool resized = provider.ResizeServer(_server.Id, serverName, flavor.Id);
            Assert.IsTrue(resized);
            Server resizedServer = provider.WaitForServerState(_server.Id, ServerState.VerifyResize, new[] { ServerState.Error, ServerState.Unknown, ServerState.Suspended });
            Assert.AreEqual(ServerState.VerifyResize, resizedServer.Status);
            _server = resizedServer;

            bool reverted = provider.RevertServerResize(resizedServer.Id);
            Assert.IsTrue(reverted);
            Server revertedServer = provider.WaitForServerActive(_server.Id);
            Assert.AreEqual(ServerState.Active, revertedServer.Status);
            _server = revertedServer;
        }

        public void TestRebuildServer()
        {
            IComputeProvider provider = new CloudServersProvider(Bootstrapper.Settings.TestIdentity);

            Flavor flavor = UserComputeTests.ListAllFlavorsWithDetails(provider).OrderBy(i => i.RAMInMB).ThenBy(i => i.DiskSizeInGB).FirstOrDefault();
            if (flavor == null)
                Assert.Inconclusive("Couldn't find a flavor to use for the test server.");

            SimpleServerImage[] images = UserComputeTests.ListAllImages(provider).ToArray();
            SimpleServerImage image = images.FirstOrDefault(i => i.Name.IndexOf("CentOS 6.0", StringComparison.OrdinalIgnoreCase) >= 0);
            if (image == null)
                Assert.Inconclusive("Couldn't find the CentOS 6.0 image to use for the test server.");

            Server rebuilt = provider.RebuildServer(_server.Id, null, image.Id, flavor.Id, _password);
            Assert.IsNotNull(rebuilt);
            Server rebuiltServer = provider.WaitForServerActive(rebuilt.Id);
            Assert.AreEqual(ServerState.Active, rebuiltServer.Status);
            _server = rebuiltServer;
        }

        public void TestRescueServer()
        {
            IComputeProvider provider = new CloudServersProvider(Bootstrapper.Settings.TestIdentity);

            string rescueResult = provider.RescueServer(_server.Id);
            Assert.IsFalse(string.IsNullOrEmpty(rescueResult));
            Server rescueServer = provider.WaitForServerState(_server.Id, ServerState.Rescue, new[] { ServerState.Error });
            Assert.AreEqual(ServerState.Rescue, rescueServer.Status);

            bool unrescueResult = provider.UnRescueServer(_server.Id);
            Assert.IsTrue(unrescueResult);
            Server unrescueServer = provider.WaitForServerActive(_server.Id);
            Assert.AreEqual(ServerState.Active, unrescueServer.Status);
        }

 public void TestSoftRebootServer()
 {
     IComputeProvider provider = new CloudServersProvider(Bootstrapper.Settings.TestIdentity);
     bool rebootResult = provider.RebootServer(_server.Id, RebootType.Soft);
     Assert.IsTrue(rebootResult);
     Server rebootServer = provider.WaitForServerActive(_server.Id);
     Assert.AreEqual(ServerState.Active, rebootServer.Status);
 }

        public void TestChangeAdministratorPassword()
        {
            IComputeProvider provider = new CloudServersProvider(Bootstrapper.Settings.TestIdentity);

            string password = Path.GetTempPath();
            bool changePasswordResult = provider.ChangeAdministratorPassword(_server.Id, password);
            Assert.IsTrue(changePasswordResult);
            _password = password;
            Server changePasswordServer = provider.WaitForServerActive(_server.Id);
            Assert.AreEqual(ServerState.Active, changePasswordServer.Status);
        }