Manage block blobs with PowerShell
Blob storage supports block blobs, append blobs, and page blobs. Block blobs are optimized for uploading large amounts of data efficiently. Block blobs are ideal for storing images, documents, and other types of data not subjected to random read and write operations. This article explains how to work with block blobs.
Prerequisites
An Azure subscription. See Get Azure trial.
Azure PowerShell module
Az, which is the recommended PowerShell module for interacting with Azure. To get started with the Az PowerShell module, see Install Azure PowerShell.
Configure a context object to encapsulate credentials
Every request to Azure Storage must be authorized. You can authorize a request made from PowerShell with your Microsoft Entra account or by using the account access keys. The examples in this article use Microsoft Entra authorization with context objects. Context objects encapsulate your Microsoft Entra credentials and pass them during subsequent data operations.
To sign in to your Azure account with a Microsoft Entra account, open PowerShell and call the Connect-AzAccount cmdlet.
#Connect to your Azure subscription
Connect-AzAccount -Environment AzureChinaCloud
After the connection has been established, create the Azure context. Authenticating with Microsoft Entra ID automatically creates an Azure context for your default subscription. In some cases, you may need to access resources in a different subscription after authenticating. You can change the subscription associated with your current Azure session by modifying the active session context.
To use your default subscription, create the context by calling the New-AzStorageContext cmdlet. Include the -UseConnectedAccount parameter so that data operations are performed using your Microsoft Entra credentials.
#Create a context object using Azure AD credentials
$ctx = New-AzStorageContext -StorageAccountName <storage account name> -UseConnectedAccount
To change subscriptions, retrieve the context object with the Get-AzSubscription cmdlet, then change the current context with the Set-AzContext. For more information, see Change the active subscription.
Create a container
All blob data is stored within containers, so you need at least one container resource before you can upload data. If needed, use the following example to create a storage container. For more information, see Managing blob containers using PowerShell.
#Create a container object
$container = New-AzStorageContainer -Name "mycontainer" -Context $ctx
When you use the following examples, you need to replace the placeholder values in brackets with your own values. For more information about signing into Azure with PowerShell, see Sign in with Azure PowerShell.
Upload a blob
To upload a file to a block blob, pass the required parameter values to the Set-AzStorageBlobContent cmdlet. Supply the path and file name with the -File parameter, and the name of the container with the -Container parameter. You also need to provide a reference to the context object with the -Context parameter.
This command creates the blob if it doesn't exist, or prompts for overwrite confirmation if it exists. You can overwrite the file without confirmation if you pass the -Force parameter to the cmdlet.
The following example specifies a -File parameter value to upload a single, named file. It also demonstrates the use of the PowerShell pipeline operator and Get-ChildItem cmdlet to upload multiple files. The Get-ChildItem cmdlet uses the -Path parameter to specify C:\Temp\*.png. The inclusion of the asterisk (*) wildcard specifies all files with the .png filename extension. The -Recurse parameter searches the Temp directory and its subdirectories.
#Set variables
$path = "C:\temp\"
$containerName = "mycontainer"
$filename = "demo-file.txt"
$imageFiles = $path + "*.png"
$file = $path + $filename
#Upload a single named file
Set-AzStorageBlobContent -File $file -Container $containerName -Context $ctx
#Upload multiple image files recursively
Get-ChildItem -Path $imageFiles -Recurse | Set-AzStorageBlobContent -Container $containerName -Context $ctx
The result displays the storage account name, the storage container name, and provides a list of the files uploaded.
AccountName: demostorageaccount, ContainerName: demo-container
Name BlobType Length ContentType LastModified AccessTier IsDeleted
---- -------- ------ ----------- ------------ ---------- ---------
demo-file.txt BlockBlob 222 application/octet-stream 2021-12-14 01:38:03Z Cool False
hello-world.png BlockBlob 14709 application/octet-stream 2021-12-14 01:38:03Z Cool False
hello-world2.png BlockBlob 12472 application/octet-stream 2021-12-14 01:38:03Z Cool False
hello-world3.png BlockBlob 13537 application/octet-stream 2021-12-14 01:38:03Z Cool False
List blobs
The Get-AzStorageBlob cmdlet is used to list blobs stored within a container. You can use various approaches to define the scope of your search. Use the -Container and -Name parameter to list a specific blob within a known container. To generate an unfiltered list of all blobs within a specific container, use the -Container parameter alone, without a -Name value.
There's no restriction on the number of containers or blobs a storage account may have. To potentially avoid retrieving thousands of blobs, it's a good idea to limit the amount of data returned. When retrieving multiple blobs, you can use the -Prefix parameter to specify blobs whose names begin with a specific string. You may also use the -Name parameter with a wildcard to specify file names or types.
The -MaxCount parameter can be used to limit the number of unfiltered blobs returned from a container. A service limit of 5,000 is imposed on all Azure resources. This limit ensures that manageable amounts of data are retrieved and performance isn't impacted. If the number of blobs returned exceeds either the -MaxCount value or the service limit, a continuation token is returned. This token allows you to use multiple requests to retrieve any number of blobs. More information is available on Enumerating blob resources.
The following example shows several approaches used to provide a list of blobs. The first approach lists a single blob within a specific container resource. The second approach uses a wildcard to list all .jpg files with a prefix of Louis. The search is restricted to five containers using the -MaxCount parameter. The third approach uses -MaxCount and -ContinuationToken parameters to limit the retrieval of all blobs within a container.
#Set variables
$namedContainer = "named-container"
$demoContainer = "mycontainer"
$containerPrefix = "demo"
$maxCount = 1000
$total = 0
$token = $Null
#Approach 1: List all blobs in a named container
Get-AzStorageBlob -Container $namedContainer -Context $ctx
#Approach 2: Use a wildcard to list blobs in all containers
Get-AzStorageContainer -MaxCount 5 -Context $ctx | Get-AzStorageBlob -Blob "*louis*.jpg"
#Approach 3: List batches of blobs using MaxCount and ContinuationToken parameters
Do
{
#Retrieve blobs using the MaxCount parameter
$blobs = Get-AzStorageBlob -Container $demoContainer `
-MaxCount $maxCount `
-ContinuationToken $token `
-Context $ctx
$blobCount = 1
#Loop through the batch
Foreach ($blob in $blobs)
{
#To-do: Perform some work on individual blobs here
#Display progress bar
$percent = $($blobCount/$maxCount*100)
Write-Progress -Activity "Processing blobs" -Status "$percent% Complete" -PercentComplete $percent
$blobCount++
}
#Update $total
$total += $blobs.Count
#Exit if all blobs processed
If($blobs.Length -le 0) { Break; }
#Set continuation token to retrieve the next batch
$token = $blobs[$blobs.Count -1].ContinuationToken
}
While ($null -ne $token)
Write-Host "`n`n AccountName: $($ctx.StorageAccountName), ContainerName: $demoContainer `n"
Write-Host "Processed $total blobs in $namedContainer."
The first two approaches display the storage account and container names, and a list of the blobs retrieved. The third approach displays the total count of blobs within a named container. The blobs are retrieved in batches, and a status bar shows the progress during the count.
AccountName: demostorageaccount, ContainerName: named-container
Name BlobType Length ContentType LastModified AccessTier IsDeleted
---- -------- ------ ----------- ------------ ---------- ---------
index.txt BlockBlob 222 text/plain 2021-12-15 22:00:10Z Cool False
miles-davis.txt BlockBlob 23454 text/plain 2021-12-15 22:17:59Z Cool False
cab-calloway.txt BlockBlob 18419 text/plain 2021-12-15 22:17:59Z Cool False
benny-goodman.txt BlockBlob 17726 text/plain 2021-12-15 22:17:59Z Cool False
AccountName: demostorageaccount, ContainerName: demo-container
Name BlobType Length ContentType LastModified AccessTier IsDeleted
---- -------- ------ ----------- ------------ ---------- ---------
louis-armstrong.jpg BlockBlob 211482 image/jpeg 2021-12-14 01:38:03Z Cool False
louis-jordan.jpg BlockBlob 55766 image/jpeg 2021-12-14 01:38:03Z Cool False
louis-prima.jpg BlockBlob 290651 image/jpeg 2021-12-14 01:38:03Z Cool False
AccountName: demostorageaccount, ContainerName: demo-container
Processed 5257 blobs in demo-container.
Download a blob
Depending on your use case, the Get-AzStorageBlobContent cmdlet can be used to download either single or multiple blobs. As with most operations, both approaches require a context object.
To download a single named blob, you can call the cmdlet directly and supply values for the -Blob and -Container parameters. The blob is downloaded to the working PowerShell directory by default, but an alternate location can be specified. To change the target location, a valid, existing path must be passed with the -Destination parameter. Because the operation can't create a destination, it fails with an error if your specified path doesn't exist.
Multiple blobs can be downloaded by combining the Get-AzStorageBlob cmdlet and the PowerShell pipeline operator. First, create a list of blobs with the Get-AzStorageBlob cmdlet. Next, use the pipeline operator and the Get-AzStorageBlobContent cmdlet to retrieve the blobs from the container.
The following sample code provides an example of both single and multiple download approaches. It also offers a simplified approach to searching all containers for specific files using a wildcard. Because some environments may have hundreds of thousands of resources, using the -MaxCount parameter is recommended.
#Set variables
$containerName = "mycontainer"
$path = "C:\temp\downloads\"
$blobName = "demo-file.txt"
$fileList = "*.png"
$pipelineList = "louis*"
$maxCount = 10
#Download a single named blob
Get-AzStorageBlobContent -Container $containerName -Blob $blobName -Destination $path -Context $ctx
#Download multiple blobs using the pipeline
Get-AzStorageBlob -Container $containerName -Blob $fileList -Context $ctx | Get-AzStorageBlobContent
#Use wildcard to download blobs from all containers
Get-AzStorageContainer -MaxCount $maxCount `
-Context $ctx | Get-AzStorageBlob `
-Blob "louis*" | Get-AzStorageBlobContent
The result displays the storage account and container names and provides a list of the files downloaded.
AccountName: demostorageaccount, ContainerName: demo-container
Name BlobType Length ContentType LastModified AccessTier IsDeleted
---- -------- ------ ----------- ------------ ---------- ---------
demo-file.txt BlockBlob 222 application/octet-stream 2021-12-14 01:38:03Z Unknown False
hello-world.png BlockBlob 14709 application/octet-stream 2021-12-14 01:38:03Z Unknown False
hello-world2.png BlockBlob 12472 application/octet-stream 2021-12-14 01:38:03Z Unknown False
hello-world3.png BlockBlob 13537 application/octet-stream 2021-12-14 01:38:03Z Unknown False
AccountName: demostorageaccount, ContainerName: public-container
Name BlobType Length ContentType LastModified AccessTier IsDeleted
---- -------- ------ ----------- ------------ ---------- ---------
louis-armstrong.jpg BlockBlob 211482 image/jpeg 2021-12-14 18:56:03Z Unknown False
AccountName: demostorageaccount, ContainerName: read-only-container
Name BlobType Length ContentType LastModified AccessTier IsDeleted
---- -------- ------ ----------- ------------ ---------- ---------
louis-jordan.jpg BlockBlob 55766 image/jpeg 2021-12-14 18:56:21Z Unknown False
AccountName: demostorageaccount, ContainerName: hidden-container
Name BlobType Length ContentType LastModified AccessTier IsDeleted
---- -------- ------ ----------- ------------ ---------- ---------
louis-prima.jpg BlockBlob 290651 image/jpeg 2021-12-14 18:56:45Z Unknown False
Manage blob properties and metadata
A container exposes both system properties and user-defined metadata. System properties exist on each Blob Storage resource. Some properties are read-only, while others can be read or set. Under the covers, some system properties map to certain standard HTTP headers.
User-defined metadata consists of one or more name-value pairs that you specify for a Blob Storage resource. You can use metadata to store these values with the resource. Metadata values are for your own purposes only, and don't affect how the resource behaves.
Reading blob properties
To read blob properties or metadata, you must first retrieve the blob from the service. Use the Get-AzStorageBlob cmdlet to retrieve a blob's properties and metadata, but not its content. Next, use the BlobClient.GetProperties method to fetch the blob's properties. The properties or metadata can then be read or set as needed.
The following example retrieves a blob and lists its properties.
$blob = Get-AzStorageBlob -Blob "blue-moon.mp3" -Container "mycontainer" -Context $ctx
$properties = $blob.BlobClient.GetProperties()
Echo $properties.Value
The result displays a list of the blob's properties as shown in the following example.
LastModified : 11/16/2021 3:42:07 PM +00:00
CreatedOn : 11/16/2021 3:42:07 PM +00:00
Metadata : {}
BlobType : Block
LeaseDuration : Infinite
LeaseState : Available
LeaseStatus : Unlocked
ContentLength : 2163298
ContentType : audio/mpeg
ETag : 0x8D9C0AA9E0CBA78
IsServerEncrypted : True
AccessTier : Cool
IsLatestVersion : False
TagCount : 0
ExpiresOn : 1/1/0001 12:00:00 AM +00:00
LastAccessed : 1/1/0001 12:00:00 AM +00:00
HasLegalHold : False
Read and write blob metadata
Blob metadata is an optional set of name/value pairs associated with a blob. As shown in the previous example, there's no metadata associated with a blob initially, though it can be added when necessary. To update blob metadata, use the BlobClient.UpdateMetadata method. This method only accepts key-value pairs stored in a generic IDictionary object. For more information, see the BlobClient class definition.
The example below first updates and then commits a blob's metadata, and then retrieves it. The sample blob is flushed from memory to ensure the metadata isn't being read from the in-memory object.
#Set variable
$container = "mycontainer"
$blobName = "blue-moon.mp3"
#Retrieve blob
$blob = Get-AzStorageBlob -Blob $blobName -Container $container -Context $ctx
#Create IDictionary, add key-value metadata pairs to IDictionary
$metadata = New-Object System.Collections.Generic.Dictionary"[String,String]"
$metadata.Add("YearWritten","1934")
$metadata.Add("YearRecorded","1958")
$metadata.Add("Composer","Richard Rogers")
$metadata.Add("Lyricist","Lorenz Hart")
$metadata.Add("Artist","Tony Bennett")
#Update metadata
$blob.BlobClient.SetMetadata($metadata, $null)
#Flush blob from memory, retrieve updated blob, retrieve properties
$blob = $null
$blob = Get-AzStorageBlob -Blob $blobName -Container $container -Context $ctx
$properties = $blob.BlobClient.GetProperties()
#Display metadata
Echo $properties.Value.Metadata
The result returns the blob's newly updated metadata as shown in the following example.
Key Value
--- -----
YearWritten 1934
YearRecorded 1958
Composer Richard Rogers
Lyricist Lorenz Hart
Artist Tony Bennett
Copy operations for blobs
There are many scenarios in which blobs of different types may be copied. Examples in this article are limited to block blobs.
Copy a source blob to a destination blob
For a simplified copy operation within the same storage account, use the Copy-AzStorageBlob cmdlet. Because the operation is copying a blob within the same storage account, it's a synchronous operation. Cross-account operations are asynchronous.
You should consider the use of AzCopy for ease and performance, especially when copying blobs between storage accounts. AzCopy is a command-line utility that you can use to copy blobs or files to or from a storage account. Find out more about how to Get started with AzCopy.
The example below copies the bannerphoto.png blob from the photos container to the photos folder within the archive container. Both containers exist within the same storage account. The result verifies the success of the copy operation.
$blobname = "bannerphoto.png"
Copy-AzStorageBlob -SrcContainer "photos" `
-SrcBlob $blobname -DestContainer "archive" `
-DestBlob $("photos/$blobname") -Context $ctx
AccountName: demostorageaccount, ContainerName: archive
Name BlobType Length ContentType LastModified AccessTier IsDeleted VersionId
---- -------- ------ ----------- ------------ ---------- --------- ---------
photos/bannerphoto BlockBlob 12472 image/png 2021-11-27 23:11:43Z Cool False
You can use the -Force parameter to overwrite an existing blob with the same name at the destination. This operation effectively replaces the destination blob. It also removes any uncommitted blocks and overwrites the destination blob's metadata.
Copy a snapshot to a destination blob with a different name
The resulting destination blob is a writeable blob and not a snapshot.
The source blob for a copy operation may be a block blob, an append blob, a page blob, or a snapshot. If the destination blob already exists, it must be of the same blob type as the source blob. An existing destination blob is overwritten.
The destination blob can't be modified while a copy operation is in progress. A destination blob can only have one outstanding copy operation. In other words, a blob can't be the destination for multiple pending copy operations.
When you copy a blob within the same storage account, it's a synchronous operation. Cross-account copy operations are asynchronous.
The entire source blob or file is always copied. Copying a range of bytes or set of blocks isn't supported.
When a blob is copied, its system properties are copied to the destination blob with the same values.
It also shows how to abort an asynchronous copy operation.
Snapshot blobs
A snapshot is a read-only version of a blob that's taken at a point in time. A blob snapshot is identical to its base blob, except that a DateTime value is appended to the URI. This value indicates the time at which the snapshot was taken, and offers the only distinction between the base blob and the snapshot.
Any leases associated with the base blob don't affect the snapshot. You can't acquire a lease on a snapshot. Read more about Blob snapshots.
The following sample code retrieves a blob from a storage container and creates a snapshot of it.
$blob = Get-AzStorageBlob -Container "manuscripts" -Blob "novels/fast-cars.docx" -Context $ctx
$blob.BlobClient.CreateSnapshot()
Set blob tier
When you change a blob's tier, you move the blob and all of its data to the target tier. To make the change, retrieve a blob with the Get-AzStorageBlob cmdlet, and call the BlobClient.SetAccessTier method. This approach can be used to change the tier between hot, cool, and archive.
Changing tiers from cool or hot to archive take place almost immediately. After a blob is moved to the archive tier, it's considered to be offline, and can't be read or modified. Before you can read or modify an archived blob's data, you need to rehydrate it to an online tier. Read more about Blob rehydration from the archive tier.
The following sample code sets the tier to hot for all blobs within the archive container.
$blobs = Get-AzStorageBlob -Container archive -Context $ctx
Foreach($blob in $blobs) {
$blob.BlobClient.SetAccessTier("Hot")
}
Operations using blob tags
Blob index tags make data management and discovery easier. Blob index tags are user-defined key-value index attributes that you can apply to your blobs. Once configured, you can categorize and find objects within an individual container or across all containers. Blob resources can be dynamically categorized by updating their index tags without requiring a change in container organization. Index tags offer a flexible way to cope with changing data requirements. You can use both metadata and index tags simultaneously. For more information on index tags, see Manage and find Azure Blob data with blob index tags.
The following example illustrates how to add blob index tags to a series of blobs. The example reads data from an XML file and uses it to create index tags on several blobs. To use the sample code, create a local blob-list.xml file in your C:\temp directory. The XML data is provided in the following example.
<Venue Name="House of Prime Rib" Type="Restaurant">
<Files>
<File path="transactions/12027121.csv" />
<File path="campaigns/radio-campaign.docx" />
<File path="photos/bannerphoto.png" />
<File path="archive/completed/2020review.pdf" />
<File path="logs/2020/01/01/logfile.txt" />
</Files>
</Venue>
The sample code creates a hash table and assigns the $tags variable to it. Next, it uses the Get-Content and Get-Data cmdlets to create an object based on the XML structure. It then adds key-value pairs to the hash table to be used as the tag values. Finally, it iterates through the XML object and creates tags for each File node.
#Set variables
$filePath = "C:\temp\blob-list.xml"
$tags = @{}
#Get data, set tag key-values
[xml]$data = Get-Content -Path $filepath
$tags.Add("VenueName", $data.Venue.Name)
$tags.Add("VenueType", $data.Venue.Type)
#Loop through files and add tag
$data.Venue.Files.ChildNodes | ForEach-Object {
#break the path: container name, blob
$path = $_.Path -split "/",2
#set apply the blob tags
Set-AzStorageBlobTag -Container $location[0] -Blob $location[1] -Tag $tags -Context $ctx
}
Delete blobs
You can delete either a single blob or series of blobs with the Remove-AzStorageBlob cmdlet. When deleting multiple blobs, you can utilize conditional operations, loops, or the PowerShell pipeline as shown in the following examples.
Warning
Running the following examples may permanently delete blobs. Azure recommends enabling container soft delete to protect containers and blobs from accidental deletion. For more info, see Soft delete for containers.
#Create variables
$containerName = "mycontainer"
$blobName = "demo-file.txt"
$prefixName = "file"
#Delete a single, named blob
Remove-AzStorageBlob -Blob $blobName -Container $containerName -Context $ctx
#Iterate a loop, deleting blobs
for ($i = 1; $i -le 3; $i++) {
Remove-AzStorageBlob -Blob (-join($prefixName, $i, ".txt")) -Container $containerName -Context $ctx
}
#Retrieve blob list, delete using a pipeline
Get-AzStorageBlob -Prefix $prefixName -Container $containerName -Context $ctx | Remove-AzStorageBlob
In some cases, it's possible to retrieve blobs that have been deleted. If your storage account's soft delete data protection option is enabled, the -IncludeDeleted parameter returns blobs deleted within the associated retention period. To learn more about soft delete, refer to the Soft delete for blobs article.
Use the following example to retrieve a list of blobs deleted within container's associated retention period. The result displays a list of recently deleted blobs.
#Retrieve a list of blobs including those recently deleted
Get-AzStorageBlob -Prefix $prefixName -IncludeDeleted -Context $ctx
AccountName: demostorageaccount, ContainerName: demo-container
Name BlobType Length ContentType LastModified AccessTier IsDeleted
---- -------- ------ ----------- ------------ ---------- ---------
file.txt BlockBlob 22 application/octet-stream 2021-12-16 20:59:41Z Cool True
file2.txt BlockBlob 22 application/octet-stream 2021-12-17 00:14:24Z Cool True
file3.txt BlockBlob 22 application/octet-stream 2021-12-17 00:14:24Z Cool True
file4.txt BlockBlob 22 application/octet-stream 2021-12-17 00:14:25Z Cool True
Restore a deleted blob
As mentioned in the List blobs section, you can configure the soft delete data protection option on your storage account. When enabled, it's possible to restore blobs deleted within the associated retention period. You may also use versioning to maintain previous versions of your blobs for each recovery and restoration.
If blob versioning and blob soft delete are both enabled, then modifying, overwriting, deleting, or restoring a blob automatically creates a new version. The method you use to restore a deleted blob depends upon whether versioning is enabled on your storage account.
The following code sample restores all soft-deleted blobs or, if versioning is enabled, restores the latest version of a blob. It first determines whether versioning is enabled with the Get-AzStorageBlobServiceProperty cmdlet.
If versioning is enabled, the Get-AzStorageBlob cmdlet retrieves a list of all uniquely named blob versions. Next, the blob versions on the list are retrieved and ordered by date. If no versions are found with the LatestVersion attribute value, the Copy-AzBlob cmdlet is used to make an active copy of the latest version.
If versioning is disabled, the BlobBaseClient.Undelete method is used to restore each soft-deleted blob in the container.
Before you can follow this example, you need to enable soft delete or versioning on at least one of your storage accounts.
Important
The following example enumerates a group of blobs and stores them in memory before processing them. If versioning is enabled, the blobs are also sorted. The use of the -ContinuationToken parameter with $maxCount variable limits the number of blobs within the group to conserve resources. If a container has millions of blobs, this will be extremely expensive. You can adjust the value of the $maxCount variable, though if a container has millions of blobs the script will process the blobs slowly.
To learn more about the soft delete data protection option, refer to the Soft delete for blobs article.
$accountName ="myStorageAccount"
$groupName ="myResourceGroup"
$containerName ="mycontainer"
$maxCount = 1000
$token = $null
$blobSvc = Get-AzStorageBlobServiceProperty `
-StorageAccountName $accountName `
-ResourceGroupName $groupName
# If soft delete is enabled
if($blobSvc.DeleteRetentionPolicy.Enabled)
{
# If versioning is enabled
if($blobSvc.IsVersioningEnabled -eq $true)
{
# Set context
$ctx = New-AzStorageContext `
-StorageAccountName $accountName `
-UseConnectedAccount
do
{
# Get all blobs and versions using -Unique
# to avoid processing duplicates/versions
$blobs = Get-AzStorageBlob `
-Container $containerName `
-Context $ctx -IncludeVersion | `
Where-Object {$_.VersionId -ne $null} | `
Sort-Object -Property Name -Unique
# Iterate the collection
foreach ($blob in $blobs)
{
# Process versions
if($blob.VersionId -ne $null)
{
# Get all versions of the blob, newest to oldest
$delBlob = Get-AzStorageBlob `
-Container $containerName `
-Context $ctx `
-Prefix $blob.Name `
-IncludeDeleted -IncludeVersion | `
Sort-Object -Property VersionId -Descending
# Verify that the newest version is NOT the latest (that the version is "deleted")
if (-Not $delBlob[0].IsLatestVersion)
{
$delBlob[0] | Copy-AzStorageBlob `
-DestContainer $containerName `
-DestBlob $delBlob[0].Name
}
#Dispose the temporary object
$delBlob = $null
}
}
$token = $blobs[$blobs.Count -1].ContinuationToken;
}
while ($null -ne $token)
}
# Otherwise (if versioning is disabled)
else
{
$blobs = Get-AzStorageBlob `
-Container $containerName `
-Context $ctx -IncludeDeleted | `
Where-Object {$_.IsDeleted}
foreach($blob in $blobs)
{
if($blob.IsDeleted) { $blob.BlobBaseClient.Undelete() }
}
}
}
else
{
echo "Sorry, the delete retention policy is not enabled."
}