Now, the “Unlock-SecretStore” command is useful for script automation. Here’s you use the following command “ Unlock-SecretStore” to temporarily unlock the vault: # - Unlocking the vault to access your secrets providing the vault password: You will notice that eventually, your access will time-out locking you out of the vault.
$MysqlhashCred01 = Get-secret -name MysqlCred01 -asplaintext Now, to get your secret from the vault and use it in PowerShell: # - Pulling the secret out of the vault into PowerShell variable as plain text: Note: the first time you store a secret value to the vault, you’ll be prompted for a password.Īs you save more secrets, use the following command “ Get-SecretInfo” to list what you have in the vault: # Displaying all stored secrets: Set-Secret -name MysqlCred01 -secret $MysqlCred01 Next after creating the hashtable object, is to save it in the vault with the following command “ Set-Secret“: # - Storing the secret in the vault: # - This is to veryfy the hashtable object was Properly created: By DEFAULT, the secret will be stored as a ‘ SecureString‘ object.īe creative! Why not store my connection string(s) as a hash table object containing my credential information in the following way: # - Create hashtable object containing the SQL Connection String: Keep in mind, secrets management supports five types of objects: byte, String, SecureString, PSCredential, and Hashtable. I’m going to proceed to create my secret SQL Server connection string values. Let’s cut down to the chase and see how this works. The following cmdlets make it easy to manage your vault: # - Module:
The vault password will ask once you start adding secrets. Now, we got the default “ SecretStore” vault created. Register-SecretVault -Name SecretStore -ModuleName -DefaultVault # - Register the vault with a given name: # - install from the PowerShell Gallery both: SecretManagement, and SecretStore modules: Note: This module has finally reached GA ( Generally Available) status. To install the Powershell Secret Management module, execute the following series of one-liners in a PowerShell prompt to install the latest version from the PowerShell Gallery:
This way we just have it stored in our Vault. This is an excellent way of keeping your SQL connection strings information out of your scripting code. Finally, I came up with a practical example using the Powershell Secret Management module for storing SQL credentials.
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