/// <summary>
/// Begin a backup operation for the policyId and backupRequest
/// specified.
/// </summary>
/// <param name='operations'>
/// Reference to the
/// Microsoft.WindowsAzure.Management.StorSimple.IBackupOperations.
/// </param>
/// <param name='deviceId'>
/// Required. The device id for which the call will be made.
/// </param>
/// <param name='policyId'>
/// Required. The policy id for which the call will be made.
/// </param>
/// <param name='backupRequest'>
/// Required. Parameters supplied to the Begin Backup operation.
/// </param>
/// <param name='customRequestHeaders'>
/// Required. The Custom Request Headers which client must use.
/// </param>
/// <returns>
/// This is the Task Response for all Async Calls
/// </returns>
public static TaskResponse BeginCreatingBackup(this IBackupOperations operations, string deviceId, string policyId, BackupNowRequest backupRequest, CustomRequestHeaders customRequestHeaders)
{
return Task.Factory.StartNew((object s) =>
{
return ((IBackupOperations)s).BeginCreatingBackupAsync(deviceId, policyId, backupRequest, customRequestHeaders);
}
, operations, CancellationToken.None, TaskCreationOptions.None, TaskScheduler.Default).Unwrap().GetAwaiter().GetResult();
}
public void CanGetDeviceJobsTest()
{
using (var context = UndoContext.Current)
{
context.Start();
var client = GetServiceClient<StorSimpleManagementClient>();
var headers = GetCustomRequestHeaders();
// Get all devices.
var devices = client.Devices.List(headers);
// Get hold of an online device.
var onlineDevice = devices.LastOrDefault(device => device.Status == DeviceStatus.Online);
if (onlineDevice == null)
{
throw new ArgumentException("Need an online device to try scheduling and retrieving device jobs");
}
//Get hold of a backup policy
BackupPolicy policy;
var policiesResponse = client.BackupPolicy.List(onlineDevice.DeviceId, headers);
if (policiesResponse == null)
{
policy = null;
}
else
{
policy = policiesResponse.BackupPolicies.FirstOrDefault();
}
if(policy == null){
throw new ArgumentException("The online device must have a backup policy to schedule and get device jobs");
}
// Schedule a backup
var backupNowRequest = new BackupNowRequest();
backupNowRequest.Type = BackupType.CloudSnapshot;
var taskStatus = client.Backup.Create(onlineDevice.DeviceId, policy.InstanceId, backupNowRequest, headers);
// Make sure the backup job was created
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
// Get a list of device jobs for this device now.
var response = client.DeviceJob.Get(onlineDevice.DeviceId, null, null, null, null, null, 0, 10, headers);
Assert.NotNull(response);
Assert.True(response.Count > 0);
Assert.NotEmpty(response.DeviceJobList);
}
}
public void DeviceRestoreScenarioTest()
{
using (var context = UndoContext.Current)
{
context.Start();
var client = GetServiceClient<StorSimpleManagementClient>();
// Listing all Devices
var devices = client.Devices.List(GetCustomRequestHeaders());
var onlineDeviceIds = from deviceInfo in devices.Devices
where deviceInfo.Status == DeviceStatus.Online
select deviceInfo.DeviceId;
Assert.True(onlineDeviceIds.Count() >= 2);
var sourceDeviceId = onlineDeviceIds.ElementAt(0);
var targetDeviceId = onlineDeviceIds.ElementAt(1);
CustomRequestHeaders hdrs = new CustomRequestHeaders();
hdrs.ClientRequestId = Guid.NewGuid().ToString();
hdrs.Language = "en-us";
//Get service configuration
var serviceConfigList = client.ServiceConfig.Get(GetCustomRequestHeaders());
Assert.True(serviceConfigList != null);
var existingSac = serviceConfigList.CredentialChangeList.Updated.FirstOrDefault();
Assert.True(existingSac != null);
var dataContainerName = TestUtilities.GenerateName("DCName");
// new Data container request object
var dc = new DataContainerRequest();
dc.IsDefault = false;
dc.Name = dataContainerName;
dc.BandwidthRate = 256;
dc.VolumeCount = 0;
dc.IsEncryptionEnabled = false;
dc.PrimaryStorageAccountCredential = existingSac;
//Create DataContainer call
var taskStatus = client.DataContainer.Create(sourceDeviceId, dc, hdrs);
//Assert the task status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//Get Data Container call
var Createddatacontainer = client.DataContainer.Get(sourceDeviceId, dataContainerName, hdrs);
//Assert the returned data container object
Assert.True(Createddatacontainer != null);
Assert.True(Createddatacontainer.DataContainerInfo.Name.Equals(dataContainerName));
//ACR list for Virtual disk creation
List<AccessControlRecord> acrList = new List<AccessControlRecord>();
for (var i = 0; i < 1; i++)
{
AccessControlRecord acr = new AccessControlRecord()
{
Name = TestUtilities.GenerateName("VDnewTestAcr"),
InitiatorName = TestUtilities.GenerateName("VDinitiator") + i
};
acrList.Add(acr);
}
//Virtual disk create request object
var virtualDiskToCreate = new VirtualDiskRequest()
{
Name = TestUtilities.GenerateName("VD1Name"),
AccessType = AccessType.ReadWrite,
AcrList = acrList,
AppType = AppType.PrimaryVolume,
IsDefaultBackupEnabled = true,
SizeInBytes = 10737418240,
DataContainer = Createddatacontainer.DataContainerInfo,
Online = true
};
//Virtual disk create call
taskStatus = client.VirtualDisk.Create(sourceDeviceId, virtualDiskToCreate, hdrs);
//Asserting the task status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//Virtual disk get call
var createdVirtualDisk = client.VirtualDisk.GetByName(sourceDeviceId, virtualDiskToCreate.Name, hdrs);
Assert.True(createdVirtualDisk != null);
Assert.True(createdVirtualDisk.VirtualDiskInfo.Name.Equals(virtualDiskToCreate.Name));
var volumeIds = new List<string>();
volumeIds.Add(createdVirtualDisk.VirtualDiskInfo.InstanceId);
var dailySchedule = new BackupScheduleBase();
dailySchedule.BackupType = BackupType.CloudSnapshot;
dailySchedule.Status = ScheduleStatus.Enabled;
dailySchedule.RetentionCount = 5;
dailySchedule.StartTime = DateTime.Now.ToString("yyyy-MM-ddTHH:mm:sszzz");
dailySchedule.Recurrence = new ScheduleRecurrence();
dailySchedule.Recurrence.RecurrenceType = RecurrenceType.Daily;
dailySchedule.Recurrence.RecurrenceValue = 5;
var backupPolicyToCreate = new NewBackupPolicyConfig();
backupPolicyToCreate.Name = TestUtilities.GenerateName("PolicyName");
backupPolicyToCreate.VolumeIds = volumeIds;
backupPolicyToCreate.BackupSchedules = new List<BackupScheduleBase>();
backupPolicyToCreate.BackupSchedules.Add(dailySchedule);
//BackupPolicy create call
taskStatus = client.BackupPolicy.Create(sourceDeviceId, backupPolicyToCreate, hdrs);
//Asserting the task status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//BackupPolicy get by name call
var createdBackupPolicy = client.BackupPolicy.GetBackupPolicyDetailsByName(sourceDeviceId, backupPolicyToCreate.Name, hdrs);
//Assert the returned BackupPolicy object
Assert.True(createdBackupPolicy != null);
Assert.True(createdBackupPolicy.BackupPolicyDetails.Name.Equals(backupPolicyToCreate.Name));
BackupNowRequest backupNowRequest = new BackupNowRequest();
backupNowRequest.Type = BackupType.CloudSnapshot;
//BackupSets Create call
taskStatus = client.Backup.Create(sourceDeviceId, createdBackupPolicy.BackupPolicyDetails.InstanceId, backupNowRequest, hdrs);
//Asserting the task status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
GetBackupResponse backupSetResult;
do
{
//BackupSets Get call
backupSetResult = client.Backup.Get(sourceDeviceId, "BackupPolicy", Boolean.FalseString, createdBackupPolicy.BackupPolicyDetails.InstanceId, null, null, null, null, hdrs);
TestUtilities.Wait(1000);
} while (!backupSetResult.BackupSetsList.Any());
var dcGroupsGetResponse = client.DeviceFailover.ListDCGroups(sourceDeviceId, hdrs);
var dcIdList = from drDc in dcGroupsGetResponse.DataContainerGroupResponse.DCGroups[0].DCGroup
select drDc.InstanceId;
var drRequest = new DeviceFailoverRequest();
drRequest.CleanupPrimary = false;
drRequest.DataContainerIds = dcIdList.ToList();
drRequest.ReturnWorkflowId = true;
drRequest.TargetDeviceId = targetDeviceId;
//trigger failover call
var jobResponse = client.DeviceFailover.Trigger(sourceDeviceId, drRequest, hdrs);
//Asserting the task status
Assert.NotNull(jobResponse);
//track device job for its completion
var deviceJobResponse = new GetDeviceJobResponse();
int retryLimit = 30;
int pollInterval = 60 * 1000;
int retryCount = 0;
bool found = false;
do
{
TestUtilities.Wait(pollInterval);
deviceJobResponse = client.DeviceJob.Get(null, null, null, jobResponse.JobId, null, null, 0, 1, hdrs);
if(deviceJobResponse != null)
{
found = true;
}
retryCount++;
} while ((!found || deviceJobResponse.DeviceJobList[0].Status == "Running") && (retryCount < retryLimit));
Assert.NotNull(deviceJobResponse);
Assert.Equal(deviceJobResponse.DeviceJobList[0].Status, "Completed");
}
}
private void ProcessParameters()
{
deviceId = StorSimpleClient.GetDeviceId(DeviceName);
if (deviceId == null)
{
WriteVerbose(Resources.NotFoundMessageDevice);
}
BackupType backupTypeSelected = Management.StorSimple.Models.BackupType.Invalid;
switch (ParameterSetName)
{
case StorSimpleCmdletParameterSet.Empty:
backupTypeSelected = Microsoft.WindowsAzure.Management.StorSimple.Models.BackupType.LocalSnapshot;
break;
case PARAMETERSET_BACKUPTYPE:
backupTypeSelected = (BackupType)Enum.Parse(typeof(BackupType), BackupType);
break;
}
backupNowRequest = new BackupNowRequest();
backupNowRequest.Type = backupTypeSelected;
}
public void BackupScenarioTest()
{
using (var context = UndoContext.Current)
{
context.Start();
var client = GetServiceClient<StorSimpleManagementClient>();
// Listing all Devices
var devices = client.Devices.List(GetCustomRequestHeaders());
// Asserting that atleast One Device is returned.
Assert.True(devices != null);
Assert.True(devices.Any());
var actualdeviceId = devices.FirstOrDefault().DeviceId;
actualdeviceId = actualdeviceId.Trim();
CustomRequestHeaders hdrs = new CustomRequestHeaders();
hdrs.ClientRequestId = Guid.NewGuid().ToString();
hdrs.Language = "en-us";
//Get service configuration
var serviceConfigList = client.ServiceConfig.Get(GetCustomRequestHeaders());
Assert.True(serviceConfigList != null);
var existingSac = serviceConfigList.CredentialChangeList.Updated.FirstOrDefault();
Assert.True(existingSac != null);
var dataContainerName = TestUtilities.GenerateName("DCName");
// new Data container request object
var dc = new DataContainerRequest();
dc.IsDefault = false;
dc.Name = dataContainerName;
dc.BandwidthRate = 256;
dc.VolumeCount = 0;
dc.IsEncryptionEnabled = false;
dc.PrimaryStorageAccountCredential = existingSac;
//Create DataContainer call
var taskStatus = client.DataContainer.Create(actualdeviceId, dc, hdrs);
//Assert the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//Get Data Container call
var Createddatacontainer = client.DataContainer.Get(actualdeviceId, dataContainerName, hdrs);
//Assert the returned data container object
Assert.True(Createddatacontainer != null);
Assert.True(Createddatacontainer.DataContainerInfo.Name.Equals(dataContainerName));
//ACR list for Virtual disk creation
List<AccessControlRecord> acrList = new List<AccessControlRecord>();
for (var i = 0; i < 1; i++)
{
AccessControlRecord acr = new AccessControlRecord()
{
Name = TestUtilities.GenerateName("VDnewTestAcr"),
InitiatorName = TestUtilities.GenerateName("VDinitiator") + i
};
acrList.Add(acr);
}
//Virtual disk create request object
var virtualDiskToCreate = new VirtualDiskRequest()
{
Name = TestUtilities.GenerateName("VD1Name"),
AccessType = AccessType.ReadWrite,
AcrList = acrList,
AppType = AppType.PrimaryVolume,
IsDefaultBackupEnabled = true,
SizeInBytes = 10737418240,
DataContainer = Createddatacontainer.DataContainerInfo,
Online = true
};
//Virtual disk create call
taskStatus = client.VirtualDisk.Create(actualdeviceId, virtualDiskToCreate, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//Virtual disk get call
var createdVirtualDisk = client.VirtualDisk.GetByName(actualdeviceId, virtualDiskToCreate.Name, hdrs);
Assert.True(createdVirtualDisk != null);
Assert.True(createdVirtualDisk.VirtualDiskInfo.Name.Equals(virtualDiskToCreate.Name));
var volumeIds = new List<string>();
volumeIds.Add(createdVirtualDisk.VirtualDiskInfo.InstanceId);
var dailySchedule = new BackupScheduleBase();
dailySchedule.BackupType = BackupType.CloudSnapshot;
dailySchedule.Status = ScheduleStatus.Enabled;
dailySchedule.RetentionCount = 5;
dailySchedule.StartTime = DateTime.Now.ToString("yyyy-MM-ddTHH:mm:sszzz");
dailySchedule.Recurrence = new ScheduleRecurrence();
dailySchedule.Recurrence.RecurrenceType = RecurrenceType.Daily;
dailySchedule.Recurrence.RecurrenceValue = 5;
var backupPolicyToCreate = new NewBackupPolicyConfig();
backupPolicyToCreate.Name = TestUtilities.GenerateName("PolicyName");
backupPolicyToCreate.VolumeIds = volumeIds;
backupPolicyToCreate.BackupSchedules = new List<BackupScheduleBase>();
backupPolicyToCreate.BackupSchedules.Add(dailySchedule);
//BackupPolicy create call
taskStatus = client.BackupPolicy.Create(actualdeviceId, backupPolicyToCreate, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//BackupPolicy list call
var allBackupPolicies = client.BackupPolicy.List(actualdeviceId, hdrs);
//Assert the returned BackupPolicy object
Assert.True(allBackupPolicies != null);
Assert.True(allBackupPolicies.Any());
//BackupPolicy get by name call
var createdBackupPolicy = client.BackupPolicy.GetBackupPolicyDetailsByName(actualdeviceId, backupPolicyToCreate.Name, hdrs);
//Assert the returned BackupPolicy object
Assert.True(createdBackupPolicy != null);
Assert.True(createdBackupPolicy.BackupPolicyDetails.Name.Equals(backupPolicyToCreate.Name));
BackupNowRequest backupNowRequest = new BackupNowRequest();
backupNowRequest.Type = BackupType.CloudSnapshot;
//BackupSets Create call
taskStatus = client.Backup.Create(actualdeviceId, createdBackupPolicy.BackupPolicyDetails.InstanceId, backupNowRequest, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
BackupScheduleBase hourlySchedule = new BackupScheduleBase();
hourlySchedule.BackupType = BackupType.LocalSnapshot;
hourlySchedule.Status = ScheduleStatus.Enabled;
hourlySchedule.RetentionCount = 10;
hourlySchedule.StartTime = DateTime.Now.ToString("yyyy-MM-ddTHH:mm:sszzz");
hourlySchedule.Recurrence = new ScheduleRecurrence();
hourlySchedule.Recurrence.RecurrenceType = RecurrenceType.Hourly;
hourlySchedule.Recurrence.RecurrenceValue = 12;
List<BackupScheduleBase> backupSchedulesToBeAdded = new List<BackupScheduleBase>();
backupSchedulesToBeAdded.Add(hourlySchedule);
var updatePolicyRequest = new UpdateBackupPolicyConfig();
updatePolicyRequest.InstanceId = createdBackupPolicy.BackupPolicyDetails.InstanceId;
updatePolicyRequest.Name = createdBackupPolicy.BackupPolicyDetails.Name;
updatePolicyRequest.BackupSchedulesToBeAdded = backupSchedulesToBeAdded;
updatePolicyRequest.BackupSchedulesToBeUpdated = new List<BackupScheduleUpdateRequest>();
updatePolicyRequest.BackupSchedulesToBeDeleted = new List<string>();
updatePolicyRequest.VolumeIds = volumeIds;
//Backup policy update call
taskStatus = client.BackupPolicy.Update(actualdeviceId, createdBackupPolicy.BackupPolicyDetails.InstanceId, updatePolicyRequest, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
GetBackupResponse backupSetResult;
do
{
//BackupSets Get call
backupSetResult = client.Backup.Get(actualdeviceId, "BackupPolicy", Boolean.TrueString, null, null, null, null, null, hdrs);
Assert.True(backupSetResult != null);
Assert.True(backupSetResult.BackupSetsList != null);
TestUtilities.Wait(1000);
} while (!backupSetResult.BackupSetsList.Any());
var backupSetId = backupSetResult.BackupSetsList.First().InstanceId;
var restoreBackupRequest = new RestoreBackupRequest()
{
BackupSetId = backupSetId,
SnapshotId = null
};
//Restore call
taskStatus = client.Backup.Restore(actualdeviceId, restoreBackupRequest, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//BackupSets Delete call
taskStatus = client.Backup.Delete(actualdeviceId, backupSetId, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
TestUtilities.Wait(60*1000); //wait for 1min for the backup to be deleted
//Backup Policy delete call
taskStatus = client.BackupPolicy.Delete(actualdeviceId, createdBackupPolicy.BackupPolicyDetails.InstanceId, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
}
}
public void CloneScenarioMultipleDeviceTest()
{
using (var context = UndoContext.Current)
{
context.Start();
var client = GetServiceClient<StorSimpleManagementClient>();
// Listing all Devices
var devices = client.Devices.List(GetCustomRequestHeaders());
// Asserting that atleast One Device is returned.
Assert.True(devices != null);
Assert.True(devices.Any());
var actualdeviceId = devices.FirstOrDefault().DeviceId;
actualdeviceId = actualdeviceId.Trim();
CustomRequestHeaders hdrs = new CustomRequestHeaders();
hdrs.ClientRequestId = Guid.NewGuid().ToString();
hdrs.Language = "en-us";
//Get service configuration
var serviceConfigList = client.ServiceConfig.Get(GetCustomRequestHeaders());
Assert.True(serviceConfigList != null);
var existingSac = serviceConfigList.CredentialChangeList.Updated.FirstOrDefault();
Assert.True(existingSac != null);
var dataContainerName = TestUtilities.GenerateName("DCName");
// new Data container request object
var dc = new DataContainerRequest();
dc.IsDefault = false;
dc.Name = dataContainerName;
dc.BandwidthRate = 256;
dc.VolumeCount = 0;
dc.IsEncryptionEnabled = false;
dc.PrimaryStorageAccountCredential = existingSac;
//Create DataContainer call
var taskStatus = client.DataContainer.Create(actualdeviceId, dc, hdrs);
//Assert the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//Get Data Container call
var Createddatacontainer = client.DataContainer.Get(actualdeviceId, dataContainerName, hdrs);
//Assert the returned data container object
Assert.True(Createddatacontainer != null);
Assert.True(Createddatacontainer.DataContainerInfo.Name.Equals(dataContainerName));
//ACR list for Virtual disk creation
List<AccessControlRecord> acrList = new List<AccessControlRecord>();
for (var i = 0; i < 1; i++)
{
AccessControlRecord acr = new AccessControlRecord()
{
Name = TestUtilities.GenerateName("VDnewTestAcr"),
InitiatorName = TestUtilities.GenerateName("VDinitiator") + i
};
acrList.Add(acr);
}
//Virtual disk create request object
var virtualDiskToCreate = new VirtualDiskRequest()
{
Name = TestUtilities.GenerateName("VD1Name"),
AccessType = AccessType.ReadWrite,
AcrList = acrList,
AppType = AppType.PrimaryVolume,
IsDefaultBackupEnabled = true,
SizeInBytes = 10737418240,
DataContainer = Createddatacontainer.DataContainerInfo,
Online = true
};
//Virtual disk create call
taskStatus = client.VirtualDisk.Create(actualdeviceId, virtualDiskToCreate, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//Virtual disk get call
var createdVirtualDisk = client.VirtualDisk.GetByName(actualdeviceId, virtualDiskToCreate.Name, hdrs);
Assert.True(createdVirtualDisk != null);
Assert.True(createdVirtualDisk.VirtualDiskInfo.Name.Equals(virtualDiskToCreate.Name));
var volumeIds = new List<string>();
volumeIds.Add(createdVirtualDisk.VirtualDiskInfo.InstanceId);
var dailySchedule = new BackupScheduleBase();
dailySchedule.BackupType = BackupType.CloudSnapshot;
dailySchedule.Status = ScheduleStatus.Enabled;
dailySchedule.RetentionCount = 5;
dailySchedule.StartTime = DateTime.Now.ToString("yyyy-MM-ddTHH:mm:sszzz");
dailySchedule.Recurrence = new ScheduleRecurrence();
dailySchedule.Recurrence.RecurrenceType = RecurrenceType.Daily;
dailySchedule.Recurrence.RecurrenceValue = 5;
var backupPolicyToCreate = new NewBackupPolicyConfig();
backupPolicyToCreate.Name = TestUtilities.GenerateName("PolicyName");
backupPolicyToCreate.VolumeIds = volumeIds;
backupPolicyToCreate.BackupSchedules = new List<BackupScheduleBase>();
backupPolicyToCreate.BackupSchedules.Add(dailySchedule);
//BackupPolicy create call
taskStatus = client.BackupPolicy.Create(actualdeviceId, backupPolicyToCreate, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
//BackupPolicy list call
var allBackupPolicies = client.BackupPolicy.List(actualdeviceId, hdrs);
//Assert the returned BackupPolicy object
Assert.True(allBackupPolicies != null);
Assert.True(allBackupPolicies.Any());
//BackupPolicy get by name call
var createdBackupPolicy = client.BackupPolicy.GetBackupPolicyDetailsByName(actualdeviceId, backupPolicyToCreate.Name, hdrs);
//Assert the returned BackupPolicy object
Assert.True(createdBackupPolicy != null);
Assert.True(createdBackupPolicy.BackupPolicyDetails.Name.Equals(backupPolicyToCreate.Name));
BackupNowRequest backupNowRequest = new BackupNowRequest();
backupNowRequest.Type = BackupType.CloudSnapshot;
//BackupSets Create call
taskStatus = client.Backup.Create(actualdeviceId, createdBackupPolicy.BackupPolicyDetails.InstanceId, backupNowRequest, hdrs);
//Asserting the job status
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
GetBackupResponse backupSetResult;
do
{
//BackupSets Get call
backupSetResult = client.Backup.Get(actualdeviceId, "BackupPolicy", Boolean.TrueString, null, null, null, null, null, hdrs);
Assert.True(backupSetResult != null);
Assert.True(backupSetResult.BackupSetsList != null);
TestUtilities.Wait(1000);
} while (!backupSetResult.BackupSetsList.Any());
var backupSet = backupSetResult.BackupSetsList.First();
var clonedVolName = createdVirtualDisk.VirtualDiskInfo.Name + "_Cloned";
var secondDeviceId = devices.Devices[1].DeviceId;
var triggerCloneRequest = new TriggerCloneRequest()
{
BackupSetId = backupSet.InstanceId,
SourceSnapshot = backupSet.Snapshots.First(),
TargetVolName = clonedVolName,
TargetDeviceId = secondDeviceId,
ReturnWorkflowId = true,
TargetACRList = createdVirtualDisk.VirtualDiskInfo.AcrList
};
var jobResponse = client.CloneVolume.Trigger(actualdeviceId, triggerCloneRequest, hdrs);
//Asserting the job id.
Assert.NotNull(jobResponse);
Assert.True(jobResponse.JobId != Guid.Empty.ToString());
GetDeviceJobResponse deviceJobResponse;
do
{
//DeviceJob Get call
deviceJobResponse = client.DeviceJob.Get(secondDeviceId, null, null, jobResponse.JobId, null, null, 0, 10, hdrs);
TestUtilities.Wait(1000);
Assert.True(deviceJobResponse.DeviceJobList != null);
Assert.True(deviceJobResponse.DeviceJobList.Count == 1);
} while (deviceJobResponse.DeviceJobList.First().Status == "Running");
Assert.True(deviceJobResponse.DeviceJobList != null);
Assert.True(deviceJobResponse.DeviceJobList.First().Status.Equals("Completed", StringComparison.InvariantCultureIgnoreCase));
VirtualDiskGetResponse virtualDiskGetResponse = client.VirtualDisk.GetByName(secondDeviceId, clonedVolName, GetCustomRequestHeaders());
Assert.True(virtualDiskGetResponse != null);
Assert.True(virtualDiskGetResponse.VirtualDiskInfo != null);
Assert.True(virtualDiskGetResponse.VirtualDiskInfo.Name.Equals(clonedVolName, StringComparison.InvariantCultureIgnoreCase));
}
}
public void CanStopDeviceJobTest()
{
using (var context = UndoContext.Current)
{
context.Start();
var client = GetServiceClient<StorSimpleManagementClient>();
// Get all devices.
var devices = client.Devices.List(GetCustomRequestHeaders());
// Get hold of an online device.
var onlineDevice = devices.LastOrDefault(device => device.Status == DeviceStatus.Online);
if (onlineDevice == null)
{
throw new ArgumentException("Need an online device to try scheduling and retrieving device jobs");
}
CreateSupportingVolumeAndBackupPolicy(onlineDevice);
//Get hold of a backup policy
BackupPolicy policy;
var policiesResponse = client.BackupPolicy.List(onlineDevice.DeviceId, GetCustomRequestHeaders());
if (policiesResponse == null)
{
policy = null;
}
else
{
policy = policiesResponse.BackupPolicies.FirstOrDefault();
}
if (policy == null)
{
throw new ArgumentException("The online device must have a backup policy to schedule and get device jobs");
}
// Schedule a backup
var backupNowRequest = new BackupNowRequest();
backupNowRequest.Type = BackupType.CloudSnapshot;
var taskStatus = client.Backup.Create(onlineDevice.DeviceId, policy.InstanceId, backupNowRequest, GetCustomRequestHeaders());
// Make sure the backup job was created
Assert.NotNull(taskStatus);
Assert.True(taskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(taskStatus.Result == AsyncTaskResult.Succeeded);
// Get all device jobs and get hold of a job that is running
var jobsResponse = client.DeviceJob.Get(onlineDevice.DeviceId, null, null, null, null, null, 0, 10, GetCustomRequestHeaders());
Assert.NotNull(jobsResponse);
var runningCancellableJob = jobsResponse.DeviceJobList.FirstOrDefault(x => x.Status.Equals("Running") && x.IsJobCancellable);
if (runningCancellableJob == null)
{
throw new ArgumentException("No running cancellable job available to stop");
}
var updateRequest = new UpdateDeviceJobRequest ();
updateRequest.DeviceJobAction = DeviceJobAction.Cancel;
var updateTaskStatus = client.DeviceJob.UpdateDeviceJob(runningCancellableJob.Device.InstanceId, runningCancellableJob.InstanceId, updateRequest, GetCustomRequestHeaders());
//Assert the job status
Assert.NotNull(updateTaskStatus);
Assert.True(updateTaskStatus.Status == AsyncTaskStatus.Completed);
Assert.True(updateTaskStatus.Result == AsyncTaskResult.Succeeded);
}
}
public TaskResponse DoBackupAsync(string deviceid, string backupPolicyId, BackupNowRequest request)
{
return GetStorSimpleClient().Backup.BeginCreatingBackup(deviceid, backupPolicyId, request, GetCustomRequestHeaders());
}
public TaskStatusInfo DoBackup(string deviceid, string backupPolicyId, BackupNowRequest request)
{
return GetStorSimpleClient().Backup.Create(deviceid, backupPolicyId, request, GetCustomRequestHeaders());
}
/// <summary>
/// Begin a backup operation for the policyId and backupRequest
/// specified.
/// </summary>
/// <param name='operations'>
/// Reference to the
/// Microsoft.WindowsAzure.Management.StorSimple.IBackupOperations.
/// </param>
/// <param name='deviceId'>
/// Required. The device id for which the call will be made.
/// </param>
/// <param name='policyId'>
/// Required. The policy id for which the call will be made.
/// </param>
/// <param name='backupRequest'>
/// Required. Parameters supplied to the Begin Backup operation.
/// </param>
/// <param name='customRequestHeaders'>
/// Required. The Custom Request Headers which client must use.
/// </param>
/// <returns>
/// This is the Task Response for all Async Calls
/// </returns>
public static Task<TaskResponse> BeginCreatingBackupAsync(this IBackupOperations operations, string deviceId, string policyId, BackupNowRequest backupRequest, CustomRequestHeaders customRequestHeaders)
{
return operations.BeginCreatingBackupAsync(deviceId, policyId, backupRequest, customRequestHeaders, CancellationToken.None);
}
/// <param name='operations'>
/// Reference to the
/// Microsoft.WindowsAzure.Management.StorSimple.IBackupOperations.
/// </param>
/// <param name='deviceId'>
/// Required. The device id for which the call will be made.
/// </param>
/// <param name='policyId'>
/// Required. The policy id for which the call will be made.
/// </param>
/// <param name='backupRequest'>
/// Required. Parameters supplied to the Begin Backup operation.
/// </param>
/// <param name='customRequestHeaders'>
/// Required. The Custom Request Headers which client must use.
/// </param>
/// <returns>
/// Info about the async task
/// </returns>
public static Task<TaskStatusInfo> CreateAsync(this IBackupOperations operations, string deviceId, string policyId, BackupNowRequest backupRequest, CustomRequestHeaders customRequestHeaders)
{
return operations.CreateAsync(deviceId, policyId, backupRequest, customRequestHeaders, CancellationToken.None);
}
private void ProcessParameters()
{
deviceId = StorSimpleClient.GetDeviceId(DeviceName);
if (deviceId == null)
{
throw new ArgumentException(string.Format(Resources.NoDeviceFoundWithGivenNameInResourceMessage, StorSimpleContext.ResourceName, DeviceName));
}
BackupType backupTypeSelected = Management.StorSimple.Models.BackupType.Invalid;
switch (ParameterSetName)
{
case StorSimpleCmdletParameterSet.Empty:
backupTypeSelected = Microsoft.WindowsAzure.Management.StorSimple.Models.BackupType.LocalSnapshot;
break;
case PARAMETERSET_BACKUPTYPE:
backupTypeSelected = (BackupType)Enum.Parse(typeof(BackupType), BackupType);
break;
}
backupNowRequest = new BackupNowRequest();
backupNowRequest.Type = backupTypeSelected;
}
