/// <summary>
/// Constructs a DeploymenTransaction class instance
/// </summary>
/// <param name="manager">The DeploymentManager class which has the transaction state and context necessary</param>
public DeploymentTransaction(DeploymentManager manager)
{
_manager = manager;
_blobClient = new BlobClient(_manager.SubscriptionId, Constants.DefaultBlobContainerName, _manager.StorageAccountName, _manager.StorageAccountKey);
}
/// <summary>
/// Deletes the virtual machine that has context with the client
/// </summary>
/// <param name="removeDisks">True if the underlying disks in blob storage should be removed</param>
/// <param name="removeUnderlyingBlobs">Whether or not remove the blob as well as the OS disk</param>
/// <param name="removeCloudService">Removes the cloud service container</param>
/// <param name="removeStorageAccount">The storage account that the vhd is in</param>
public void DeleteVirtualMachine(bool removeDisks = true, bool removeUnderlyingBlobs = true, bool removeCloudService = true, bool removeStorageAccount = true)
{
// set this if it hasn't been set yet
PersistentVMRole vm = null;
if (_vmRole == null)
vm = VirtualMachine;
// create the blob client
string diskName = _vmRole.OSHardDisk.DiskName;
string storageAccount = ParseBlobDetails(_vmRole.OSHardDisk.MediaLink);
// create the blob client
IBlobClient blobClient = new BlobClient(Properties.SubscriptionId, StorageContainerName, storageAccount, Properties.Certificate);
// first delete the virtual machine command
var deleteVirtualMachine = new DeleteVirtualMachineCommand(Properties)
{
SubscriptionId = Properties.SubscriptionId,
Certificate = Properties.Certificate
};
try
{
deleteVirtualMachine.Execute();
}
catch (Exception)
{
// should be a 400 here if this is the case then there is only a single role in the deployment - quicker to do it this way!
var deleteVirtualMachineDeployment = new DeleteVirtualMachineDeploymentCommand(Properties)
{
SubscriptionId = Properties.SubscriptionId,
Certificate = Properties.Certificate
};
deleteVirtualMachineDeployment.Execute();
}
// when this is finished we'll delete the operating system disk - check this as we may need to putin a pause
// remove the disk association
DeleteNamedVirtualMachineDisk(diskName);
// remove the data disks
DeleteDataDisks(removeDisks ? blobClient : null);
if (removeDisks)
{
// remove the physical disk
blobClient.DeleteBlob(StorageFileName);
}
// remove the cloud services
if (removeCloudService)
{
// delete the cloud service here
var deleteCloudService = new DeleteHostedServiceCommand(Properties.CloudServiceName)
{
SubscriptionId = Properties.SubscriptionId,
Certificate = Properties.Certificate
};
deleteCloudService.Execute();
}
// remove the storage account
if (removeStorageAccount)
{
blobClient.DeleteStorageAccount();
}
}
/// <summary>
/// Deletes the virtual machine that has context with the client
/// </summary>
/// <param name="removeDisks">True if the underlying disks in blob storage should be removed</param>
/// <param name="removeUnderlyingBlobs">removes the underlying blob</param>
/// <param name="removeCloudService">Removes the cloud service container</param>
/// <param name="removeStorageAccount">The storage account that the vhd is in</param>
public void DeleteVirtualMachine(bool removeDisks = true, bool removeUnderlyingBlobs = true, bool removeCloudService = true, bool removeStorageAccount = true)
{
//TODO: write a get method for the virtual machine properties
IBlobClient blobClient = null;
foreach (var vm in VirtualMachine)
{
// create the blob client
string diskName = vm.OSHardDisk.DiskName;
string storageAccount = ParseBlobDetails(vm.OSHardDisk.MediaLink);
// create the blob client
blobClient = new BlobClient(SubscriptionId, StorageContainerName, storageAccount, ManagementCertificate);
// find the property
var linuxVirtualMachineProperty = Properties.Find(a => a.RoleName == vm.RoleName);
// if this property is null then we don't want it to impede the operation
if (linuxVirtualMachineProperty == null)
continue;
// first delete the virtual machine command
var deleteVirtualMachine = new DeleteVirtualMachineCommand(linuxVirtualMachineProperty)
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
try
{
deleteVirtualMachine.Execute();
Trace.WriteLine(String.Format("Deleted virtual machine {0}", linuxVirtualMachineProperty.HostName));
}
catch (Exception)
{
if (VirtualMachine.Count == 1)
{
// should be a 400 here if this is the case then there is only a single role in the deployment - quicker to do it this way!
var deleteVirtualMachineDeployment =
new DeleteVirtualMachineDeploymentCommand(linuxVirtualMachineProperty)
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
deleteVirtualMachineDeployment.Execute();
}
}
if (!removeDisks)
continue;
// when this is finished we'll delete the operating system disk - check this as we may need to putin a pause
// remove the disk association
DeleteNamedVirtualMachineDisk(diskName);
// remove the data disks
DeleteDataDisks(vm, removeUnderlyingBlobs ? blobClient : null);
if (removeUnderlyingBlobs)
{
// remove the physical disk
blobClient.DeleteBlob(StorageFileName);
}
}
// if we need to use the first cloud service
// remove the cloud services
if (removeCloudService)
{
// delete the cloud service here
var deleteCloudService = new DeleteHostedServiceCommand(Properties[0].CloudServiceName)
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
deleteCloudService.Execute();
}
// remove the storage account
if (removeStorageAccount)
{
blobClient.DeleteStorageAccount();
}
}
/// <summary>
/// Cleans up any disks which don't have an attached VM
/// </summary>
public void CleanupUnattachedDisks()
{
// get all of the disks in the subscription
var command = new GetVirtualDisksCommand()
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
command.Execute();
var disks = command.Disks;
// initiate the blob delete
// iterate through the disks and clean up the unattached ones
foreach (var disk in disks)
{
// make sure the disk is unattached
if (disk.VM != null) continue;
// get the blob details
string storageAccount = ParseBlobDetails(disk.MediaLink);
IBlobClient blobClient = new BlobClient(SubscriptionId, StorageContainerName, storageAccount, ManagementCertificate);
DeleteNamedVirtualMachineDisk(disk.Name);
Trace.WriteLine(String.Format("Deleting disk with name {0}", disk.Name));
// delete the underlying blob
blobClient.DeleteBlob(StorageFileName);
Trace.WriteLine(String.Format("Deleting disk with name {0}", StorageFileName));
}
}
/// <summary>
/// Deletes the virtual machine that has context with the client
/// </summary>
/// <param name="removeDisks">True if the underlying disks in blob storage should be removed</param>
/// <param name="removeUnderlyingBlobs">removes the underlying blob</param>
/// <param name="removeCloudService">Removes the cloud service container</param>
/// <param name="removeStorageAccount">The storage account that the vhd is in</param>
public void DeleteVirtualMachine(bool removeDisks = true, bool removeUnderlyingBlobs = true, bool removeCloudService = true, bool removeStorageAccount = true)
{
//TODO: write a get method for the virtual machine properties
IBlobClient blobClient = null;
foreach (var vm in VirtualMachine)
{
// create the blob client
string diskName = vm.OSHardDisk.DiskName;
string storageAccount = ParseBlobDetails(vm.OSHardDisk.MediaLink);
// create the blob client
blobClient = new BlobClient(SubscriptionId, StorageContainerName, storageAccount, ManagementCertificate);
// find the property
var linuxVirtualMachineProperty = Properties.Find(a => a.RoleName == vm.RoleName);
// if this property is null then we don't want it to impede the operation
if (linuxVirtualMachineProperty == null)
{
continue;
}
// first delete the virtual machine command
var deleteVirtualMachine = new DeleteVirtualMachineCommand(linuxVirtualMachineProperty)
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
try
{
deleteVirtualMachine.Execute();
Trace.WriteLine(String.Format("Deleted virtual machine {0}", linuxVirtualMachineProperty.HostName));
}
catch (Exception)
{
if (VirtualMachine.Count == 1)
{
// should be a 400 here if this is the case then there is only a single role in the deployment - quicker to do it this way!
var deleteVirtualMachineDeployment =
new DeleteVirtualMachineDeploymentCommand(linuxVirtualMachineProperty)
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
deleteVirtualMachineDeployment.Execute();
}
}
if (!removeDisks)
{
continue;
}
// when this is finished we'll delete the operating system disk - check this as we may need to putin a pause
// remove the disk association
DeleteNamedVirtualMachineDisk(diskName);
// remove the data disks
DeleteDataDisks(vm, removeUnderlyingBlobs ? blobClient : null);
if (removeUnderlyingBlobs)
{
// remove the physical disk
blobClient.DeleteBlob(StorageFileName);
}
}
// if we need to use the first cloud service
// remove the cloud services
if (removeCloudService)
{
// delete the cloud service here
var deleteCloudService = new DeleteHostedServiceCommand(Properties[0].CloudServiceName)
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
deleteCloudService.Execute();
}
// remove the storage account
if (removeStorageAccount)
{
blobClient.DeleteStorageAccount();
}
}
public void PostProcess()
{
var extractor = new PublishSettingsExtractor(PublishSettings);
var client = new StorageClient(SubscriptionId, extractor.AddPublishSettingsToPersonalMachineStore());
var keys = client.GetStorageAccountKeys(StorageName);
ConnectionString = String.Format("DefaultEndpointsProtocol=https;AccountName={0};AccountKey={1}", StorageName, keys[0]);
// put a container create process here - add this method to fluent!!!
var blobClient = new BlobClient(SubscriptionId, "packages", StorageName, keys[0]);
blobClient.CreatBlobContainer();
}
