Just another automation manager

Recently started automating Microsoft DNS and the best way in seems to be through Powershell . One of the common ways to deal with this is through a Powershell Host defined in vRO. You set it up securely with HTTPS and Kerberos and specify the credentials of a user with DNS server rights enough to see and manipulate the content of the zones and records you want to automate. So far so good, and you start developing the PowerShell commands you might need. Resolve-DnsName (Get-ADDomain).DNSroot -type ns | ? {$_.type -eq "A"} | select name,Address,IP4Address,IPAddress | ConvertTo-Json -depth 1 -Compress Get-DnsServerZone -ComputerName (Get-ADDomain).DNSroot Get-DnsServerResourceRecord -ComputerName (Get-ADDomain).DNSroot And they all work out nicely when you run them from your Powershell host, but once you run them from vRO in the Powershell session you run into the double-hop auth problem . There are many ways to deal with this, but often you need to thinker both with the Powers...

Many are using SSH to run commands something similar to  var  passwordAuthentication = false; var password = ''; var session = new SSHSession(hostName, username, port); session.connectWithPasswordOrIdentity(passwordAuthentication, password, path); Where the path leads to the private key file for the connection. Storing several key files in the vRO filesystem could easily lead to forget it when moving to a new vRO or add a new vRO node. Also when moving forward with vRO 8 it's less of a good idea to add elements to the local filesystem as a manual step. My suggestion for a solution is to make use of the vRO resource element. Store your key file as a vRO resource element, using the following step of code can runtime make the key available for SSHSession. var tempDirectory = System.getTempDirectory(); filePath =  tempDirectory + "/" + keyfile.name; keyfile.writeContentToFile( filePath ); Send the private key file as a resource to the action or workflow and you will h...