public DriverTask( RemoteInstallConfig config, string logpath, bool simulationOnly, VirtualMachineConfig vmConfig, InstallersConfig installersConfig) { _config = config; _simulationOnly = simulationOnly; _logpath = logpath; _vmConfig = vmConfig; _installersConfig = installersConfig; }
public DriverTask( RemoteInstallConfig config, string logpath, bool simulationOnly, VirtualMachineConfig vmConfig, InstallersConfig installersConfig) { _config = config; _simulationOnly = simulationOnly; _logpath = logpath; _vmConfig = vmConfig; _installersConfig = installersConfig; }
public DriverTaskInstance( RemoteInstallConfig config, string logpath, bool simulationOnly, VirtualMachineConfig vmConfig, InstallersConfig installersConfig, SnapshotConfig snapshotConfig) { _config = config; _vmConfig = vmConfig; _simulationOnly = simulationOnly; _logpath = logpath; _vmPowerDriver = new VirtualMachinePowerDriver(vmConfig, snapshotConfig, simulationOnly); _installersConfig = installersConfig; }
public DriverTaskInstance( RemoteInstallConfig config, string logpath, bool simulationOnly, VirtualMachineConfig vmConfig, InstallersConfig installersConfig, SnapshotConfig snapshotConfig) { _config = config; _vmConfig = vmConfig; _simulationOnly = simulationOnly; _logpath = logpath; _vmPowerDriver = new VirtualMachinePowerDriver(vmConfig, snapshotConfig, simulationOnly); _installersConfig = installersConfig; }
public void OneOverlapTest() { VirtualMachineConfig config1 = new VirtualMachineConfig(); config1.File = Guid.NewGuid().ToString(); config1.Host = Guid.NewGuid().ToString(); VirtualMachineConfig config2 = new VirtualMachineConfig(); config2.File = config1.File; config2.Host = config2.File; Assert.IsFalse(config1.Overlaps(config2)); Assert.IsFalse(config2.Overlaps(config1)); }
public void NoOverlapHostTest() { VirtualMachineConfig config1 = new VirtualMachineConfig(); config1.File = Guid.NewGuid().ToString(); config1.Host = Guid.NewGuid().ToString(); VirtualMachineConfig config2 = new VirtualMachineConfig(); config2.File = Guid.NewGuid().ToString(); config2.Host = config1.Host; // overlap self Assert.IsTrue(config1.Overlaps(config1)); Assert.IsTrue(config2.Overlaps(config2)); // overlap other Assert.IsFalse(config1.Overlaps(config2)); Assert.IsFalse(config2.Overlaps(config1)); }
public void OneChildNoOverlapTest() { VirtualMachineConfig config1 = new VirtualMachineConfig(); config1.File = Guid.NewGuid().ToString(); config1.Host = Guid.NewGuid().ToString(); VirtualMachineConfig config2 = new VirtualMachineConfig(); config2.File = Guid.NewGuid().ToString(); config2.Host = Guid.NewGuid().ToString(); SnapshotConfig snapshot1 = new SnapshotConfig(); config2.Snapshots.Add(snapshot1); SnapshotsConfig snapshots1 = new SnapshotsConfig(); snapshots1.Add(snapshot1); Assert.IsFalse(config1.Overlaps(config2)); Assert.IsFalse(config2.Overlaps(config1)); }
public void TwoChildrenOverlapTest() { VirtualMachineConfig config1 = new VirtualMachineConfig(); config1.File = Guid.NewGuid().ToString(); config1.Host = Guid.NewGuid().ToString(); VirtualMachineConfig config2 = new VirtualMachineConfig(); config2.File = Guid.NewGuid().ToString(); config2.Host = Guid.NewGuid().ToString(); // a snapshot child with a virtual machine SnapshotConfig snapshot0 = new SnapshotConfig(); SnapshotsConfig snapshots0 = new SnapshotsConfig(); snapshots0.Add(snapshot0); VirtualMachineConfig config3 = new VirtualMachineConfig(); config3.File = Guid.NewGuid().ToString(); config3.Host = Guid.NewGuid().ToString(); snapshot0.VirtualMachines.Add(config3); config2.Snapshots.Add(snapshot0); SnapshotConfig snapshot1 = new SnapshotConfig(); SnapshotsConfig snapshots1 = new SnapshotsConfig(); snapshots1.Add(snapshot1); config3.Snapshots.Add(snapshot1); Assert.IsFalse(config1.Overlaps(config2)); Assert.IsFalse(config2.Overlaps(config1)); snapshot1.VirtualMachines.Add(config1); Assert.IsTrue(config1.Overlaps(config2)); Assert.IsTrue(config2.Overlaps(config1)); }
public DriverTask_Alternate(RemoteInstallConfig config, string logpath, bool simulationOnly, VirtualMachineConfig vmConfig, InstallersConfig installersConfig, bool install, bool uninstall) : base(config, logpath, simulationOnly, vmConfig, installersConfig) { _install = install; _uninstall = uninstall; }
public DriverTask_Lifo(RemoteInstallConfig config, string logpath, bool simulationOnly, VirtualMachineConfig vmConfig, InstallersConfig installersConfig) : base(config, logpath, simulationOnly, vmConfig, installersConfig) { }
public DriverTask_Fifo(RemoteInstallConfig config, string logpath, bool simulationOnly, VirtualMachineConfig vmConfig, InstallersConfig installersConfig) : base(config, logpath, simulationOnly, vmConfig, installersConfig) { }
public DriverTask_Alternate(RemoteInstallConfig config, string logpath, bool simulationOnly, VirtualMachineConfig vmConfig, InstallersConfig installersConfig, bool install, bool uninstall) : base(config, logpath, simulationOnly, vmConfig, installersConfig) { _install = install; _uninstall = uninstall; }
public async Task <CreateVirtualMachineResponse> CreateVirtualMachineAsync( EnviormentConfig enviormentConfig, SimpleVirtualMachineConfig simpleVirtualMachineConfig, CancellationToken cancellationToken = default) { var folder = await this.GetFolderAsync(cancellationToken); if (folder == null) { return(null); } var esxDatastore = await this.GetDatastoreAsync(enviormentConfig.DatastoreName, cancellationToken); var esxHost = await this.GetHostAsync(enviormentConfig.HostName, cancellationToken); var esxNetwork = await this.GetNetworkAsync(enviormentConfig.NetworkName, cancellationToken); var virtualMachineConfig = new VirtualMachineConfig { Spec = new Spec { Name = simpleVirtualMachineConfig.Name, GuestOs = simpleVirtualMachineConfig.GuestOs, Cpu = new Cpu { Count = simpleVirtualMachineConfig.Cpus, CoresPerSocket = 1, HotAddEnabled = true }, Disks = new Disk[] { new Disk { Scsi = new Scsi { Bus = 0, Unit = 0, }, Type = "SCSI", NewVmdk = new NewVmdk { Capacity = simpleVirtualMachineConfig.DiskSizeGB * 1024L * 1024L * 1024L } } }, Cdroms = new Cdrom[] { new Cdrom { StartConnected = true, AllowGuestControl = true, Type = "SATA", Sata = new Sata { Bus = 0, Unit = 0 }, Backing = new CdromBacking { Type = "ISO_FILE", IsoFile = simpleVirtualMachineConfig.IsoFile } } }, Memory = new Memory { SizeMiB = simpleVirtualMachineConfig.MemorySizeGB * 1024 }, Nics = new Nic[] { new Nic { Type = EthernetAdapterEmulationType.VMXNET3, MacType = MacAddressType.GENERATED, StartConnected = true, AllowGuestControl = true, Backing = new NicBacking { Network = esxNetwork.Network, Type = esxNetwork.Type } } }, Placement = new Placement { Datastore = esxDatastore, Folder = folder, Host = esxHost } } }; var json = JsonConvert.SerializeObject(virtualMachineConfig, this._jsonSerializerSettings); var responseMessage = await this._httpClient.PostAsync($"vcenter/vm", new StringContent(json, Encoding.UTF8, "application/json"), cancellationToken); json = await responseMessage.Content.ReadAsStringAsync(); if (!responseMessage.IsSuccessStatusCode) { Console.WriteLine(json); return(null); } var item = JsonConvert.DeserializeObject <CreateVirtualMachineResponse>(json, this._jsonSerializerSettings); return(item); }