public void Should_Error_if_ConfigurationStore_is_Null()
{
ValidateLaunch canLaunch;
IConfigurationStore configurationStore = null;
IVMData hyperV = new StubIVMData();
ConfigurationException ex = Assert.Throws<ConfigurationErrorsException>(() => canLaunch = new ValidateLaunch(configurationStore,hyperV));
Assert.Equal("Missing Configuration Store", ex.Message);
}
public void Should_Error_if_Missing_HyperV_User_Name_Setting()
{
string expectedMessage = "Missing Configuration Setting: HYPERV_USER_NAME";
string oldConfig = RemoveConfigNode(configPath, "HYPERV_USER_NAME");
DefaultConfigurationStore store = DefaultConfigurationStore.Current;
IVMData hyperV = new HyperVData();
ValidateLaunch canLaunch = new ValidateLaunch(store, hyperV);
ConfigurationException ex = Assert.Throws<ConfigurationErrorsException>(() => canLaunch.VerifyLaunchConditions());
RestoreConfiguration(configPath, oldConfig);
Assert.Equal(expectedMessage, ex.Message);
}
public static void CreateVirtualMachine(VMRequest vmToProcess, VMFSupportContext db)
{
#region Start VM Creation process
#region Lauch conditions
// Check for launch conditions
Console.WriteLine("Checking for launch conditions.");
// Call the lauunch checker module
bool readyToLounch = false;
ValidateLaunch launchValidator = new ValidateLaunch();
readyToLounch = launchValidator.VerifyLaunchConditions();
Console.WriteLine("Completed with the result [{0}]", readyToLounch.ToString());
// dump the screen info
Console.WriteLine("Checking lounch conditions: {0}", "<TBD> Lounch conditions status");
#endregion
if (readyToLounch) { Console.WriteLine(String.Format("Reserving VM request : {0} ({1})", vmToProcess.MachineName, vmToProcess.Id)); vmToProcess.RequestStatus = (int)RequestStatus.Queued; vmToProcess.ProcessLog = ""; var valErrors = db.GetValidationErrors(); if (valErrors.Count() > 0) { foreach (var valErr in valErrors) { foreach (var valerrCol in valErr.ValidationErrors) { Console.WriteLine(String.Format("Validation errors on update: {0} - {1}", valerrCol.PropertyName, valerrCol.ErrorMessage)); } } } else db.SaveChanges(); Console.WriteLine(String.Format("Calling the StartProcess for VM : {0} ({1})", vmToProcess.MachineName, vmToProcess.Id)); vmToProcess.RequestStatus = (int)RequestStatus.InProgress; vmToProcess.ProcessLog = "Copying and importing base VM."; db.SaveChanges(); string baseVmSourcePath = DefaultConfigurationStore.Current.BaseVmSourcePath; string destinationFolder = vmToProcess.DestinationFolder; string baseVmConfigFile = DefaultConfigurationStore.Current.BaseVmConfigFilePath.Replace(baseVmSourcePath, destinationFolder); string newVmName = vmToProcess.DisplayName; string baseVmName = DefaultConfigurationStore.Current.BaseVmName; HyperVHelper.CopyAndImportVM( baseVmName, baseVmSourcePath, destinationFolder, baseVmConfigFile, newVmName); vmToProcess.ProcessLog = "Preloading boot data."; db.SaveChanges(); string driveLetter = DefaultConfigurationStore.Current.TemporaryDriveLetter; string dismPath = DefaultConfigurationStore.Current.DismPath; string vmId = vmToProcess.Id.ToString(); string vmStatusSvcUrl = DefaultConfigurationStore.Current.VmfStatusServiceUrl; string cfgFileName = DefaultConfigurationStore.Current.VmfConfigFile; HyperVHelper.PreLoadVHDBootData( driveLetter, dismPath, vmToProcess.DisplayName, vmId, vmStatusSvcUrl, cfgFileName); vmToProcess.ProcessLog = "Starting VM."; db.SaveChanges(); HyperVHelper.StartVM(vmToProcess.DisplayName); Console.WriteLine(String.Format("Transferred control for MDT for VM: {0} ({1})", vmToProcess.MachineName, vmToProcess.Id)); }
else { Console.WriteLine("No resources available at the moment. Skipping cycle"); Thread.Sleep(DefaultConfigurationStore.Current.WaitTimeBetweenCicles * 1000); }
#endregion
}
public void Should_Error_if_Non_Int_Max_VM_Running_Setting()
{
string expectedMessage = "Bad Configuration Setting: MAX_NUMBER_OF_VMs_RUNNING";
string oldConfig = UpdateConfigValue(configPath,"MAX_NUMBER_OF_VMs_RUNNING", "NOT_AN_INT");
DefaultConfigurationStore store = DefaultConfigurationStore.Current;
IVMData hyperV = new StubIVMData()
{
GetNumberOfRunningVMsStringStringString = (string a, string b, string c) => { return 2; }
};
ValidateLaunch canLaunch = new ValidateLaunch(store,hyperV);
ConfigurationException ex = Assert.Throws<ConfigurationErrorsException>(() => canLaunch.VerifyLaunchConditions());
RestoreConfiguration(configPath, oldConfig);
Assert.Equal(expectedMessage, ex.Message);
}