I have this large application that I am using Windows RM 3.0 to deploy Databases, SSIS packages, and other things to multiple different servers and it is working just fine. It was requested that branding changes to a Business Intelligence SharePoint site be added to this process as well. So I create a custom build script to do so, and set Win RM to run this command from PowerShell on Sharepoint server
Install-SPSolution –Identity Payload\SharepointDeploy.wsp –WebApplication http://localhost/ -GACDeployment
when I run that, I get the following error
Install-SPSolution : Microsoft SharePoint is not supported with version 4.0.30319.18444 of the Microsoft .Net Runtime.
Reading around, it seems its a PowerShell 3.0 issue and when running in 2.0 it works fine. However, my existing process requires PowerShell 3.0 to work properly. Is there anyway to get this working with 3.0? Or can I spin up a 2.0 instance using an Invoke-Command or something? I can provide more details if needed.
You can build a custom endpoint which will run the required version of PowerShell. That way you won't have to mess with the default endpoint which you probably want to keep with its defaults
This would require you to connect to the new endpoint with something like
new-pssession -computername "SharePoint01" -configurationName "psv2".
You build and endpoint with the following cmdlet:
New-PSSessionConfigurationFile -Path "psv2session.pssc"
And then register an endpoint using that config with this cmdlet:
Register-PSSessionConfiguration -Name psv2 -Path psv2session.pssc –ShowSecurityDescriptorUI
It's fairly easy to do, and this link provides a good introduction to the setup:
http://blogs.technet.com/b/heyscriptingguy/archive/2014/04/02/build-constrained-powershell-endpoint-using-configuration-file.aspx (although the blog deals with constrained endpoints, the teqnique is essentially the same for what you need to do)
I was facing the same issue with console application, I decreased the framework version from 4.5 to 3.5 from the project properties page and I works perfect!
Related
I have release with pipeline that have couple 'IIS web app deploy' jobs that deploys one ASP.NET Core web API application in two sites in IIS in my agent (it needs for 2 different regions).
After this I need to setup different environmentVariables for each site. I used to do this manually (something like this). Now I'm trying to do it automatically. I wrote PS script that works fine in my agent machine:
Add-WebConfigurationProperty -pspath 'MACHINE/WEBROOT/APPHOST/MY_SITE_NAME' -filter "system.webServer/aspNetCore/environmentVariables" -name "." -value #{name='ASPNETCORE_ENVIRONMENT';value='my_value'}
I'm trying to run this script as 'PowerShell v2 task' after IIS deployment but it has no effect:
Any ideas how to set different 'environmentVariables' for different sites in IIS automatically?
It turned out to work correctly. I was experimenting on an old release, and all just I had to do was create a new one.
What is the difference between WebCommitDelay and IISCommitDelay?
MS docs says the same for both:
Instructs the IIS configuration system to delay the commitment of changes.
So what should I prefer and why? It looks like they have some differences indeed, because if I use WebCommitDelay, I can't use New-WebApplication ... -Force if the same application is exists, but I can do this if I use IISCommitDelay.
As far as I know, the IISAdministration PowerShell module which was a new way to manage IIS.
This module included numerous improvements over the existing WebAdministration cmdlets.
So the IISCommitDelay is the new method which is used to management the IIS.
Detials, you could refer to this article.
I'm doing a pilot effort to use the new EventSource (Microsoft.Diagnostics.Tracing.EventSource from nuget) and its new support for ETW channels in order to write to the windows event log. The code is in place, and it writes properly to my workstations event log. I'm thrilled.
Now comes the difficult part. The application that's taking advantage of this capability is a web service, and we deploy it with webdeploy as part of a build-deploy-test system. Because usage of ETW channels requires static registration of provider manifests via wevtutil.exe. The EventSource documentation states that this is best done as part of an installer, but this seems a bit out of webdeploy's capabilities.
Our aim is that we would be able to automatically uninstall the manifest resident on the target server immediately before executing the webdeploy package, and then to import the new manifest after the webdeploy sync has completed. We're not set on this, but it seems like the most sensible way.
For that reason, it seems like maybe this is something that powershell remoting might be able to solve, but it's not an area I know much about.
Has anyone done something like this? Is there a better or simpler way?
There are only a few requirements here. A) the remote machine must have PowerShell remoting enable which also means it must have PowerShell 2.0 or higher B) the script running on the local machine must be able to run as administrator and the credentials used must have admin privileges on the remote machine. If you can meet those requirements then this should be cake.
On the remote machine you need to execute two commands to enable remoting:
Set-ExecutionPolicy RemoteSigned
Enable-PSRemoting -Force
Then on the local machine from an elevated prompt you should be able to execute something like this from a script:
# these two paths assume these files have been copied to the remote computer and to a directory
# in which the service account has privileges to read i.e. not under a userprofile dir.
$etwDllPath = c:\somepath\myassembly.mysourcename.etwManifest.dll
$etwManPath = c:\somepath\myassembly.mysourcename.etwManifest.man
$s = New-PSSession -ComputerName <remoteComputerName>
Invoke-Command -Session $s {param($man) wevtutil.exe um $man} -arg $etwManPath
Invoke-Command -Session $s {param($man,$dll) wevutil.exe im $man /rf:$dll /mf:$dll} -arg $etwManPath, $etwDllPath
Remove-PSSession $s
If you can avoid a remote path with spaces, try to. It will make this easier. :-)
I am trying to run Get-AzureVM PowerShell command, it is running fine but not return any output.
Also tried in following flavor but still blank result any idea?
Get-AzureVM -Name "vmname" |Select-Object name,instancesize,location
You should call Select-AzureSubscription "subscription name" first.
It likely is defaulting to a subscription that doesn't have any virtual machines in it.
To view your current subscription names call:
Get-AzureSubscription | select SubscriptionName
Actually the answer above is only semi-correct.
This had me pulling my virutal hair out trying to do automation (which took 7 hours of manual fudging to get working!).
Simply, you have two types of virtual machine in Azure; Classic, and Resource Manager.
If you Switch-AzureMode -name AzureServiceManagement then use Get-AzureVM you will list all of the classic VM's you have created.
If you Switch-AzureMode -name AzureResourceManager then use Get-AzureVM you will list all of the Resource Manager (or new) VM's you have created.
And remember, if you are trying to do automation, then you need the VM's in the new mode available through the portal, your old VM's (classic) that you created through management are not visable in this mode and you will have to recreate them.
Azure has two types of Management System: AzureServiceManagement (ASM) and AzureResourceManager (ARM)
In order to control these two different type of management systems you should switch between them as described in the main page of the Azure Powershell Github project page, but this is true for the azure powershell versions lower than 1.0.0, you can find more explanation in here
For those who are interested to control ARM (AzureResourceManager) with the powershell version greter than 1.0.0, they should use all Cmdlets with the following format : [Verb]-AzureRm[Noun], for example New-AzureVm becomes New-AzureRmVm, in our case Get-AzureVM became Get-AzureRmVm
In summary:
Powershell versions lower than 1.0.0 you should switch between modes and use Get-AzureVM, which is very confusing in my and lots of others opinion
Powershell versions equal or greater than 1.0.0 you should use Get-AzureVM for ASM and Get-AzureRmVm for ARM.
I know this question has been answered but I tried the answer given and it did not work for me. I found, I needed to switch my AzureMode.
To resolve, I ran the following powershell script.
Switch-AzureMode -Name AzureResourceManager
Switching Azure Powershell mode between AzureServiceManagement and AzureResourceManger is a possible solution if your script is using older features as well as new Azure Resource Manager cmdlets. The switch is needed only for Microsoft Azure Powershell version 0.9.8 or older.
After reading several other blog posts and articles (references found below) there appear to be several ways to run PowerShell on .NET 4.0 but few are sufficient for our purposes. Due to how we deploy our software we cannot update the registry or change add an application. This leaves us with two options, create our own shell by using ConsoleShell or override PSHost. We would like to be able to use the first option, ConsoleShell, due to it's simplicity but would like to know what issues we may encounter and whether doing so is recommended.
Reference
Based on other questions I have seen that you can use the following methods to run PowerShell as .NET 4.0. None of these methods appear to be officially sanction by Microsoft but the first shown below is included as a work around in this Microsoft connect issue.
The options to run PowerShell in .NET 4.0 appear to include:
Update the app.config to include .NET 4.0 as supported
Add a registry setting to switch the version
Use ConsoleShell to host your own PowerShell Console
Implement your own PowerShell host, PSHost , as done by PoshConsole or Nuget
As far as it is not officially approved (to my knowledge), then nobody can approve it but you. If your scenario works and passes reasonable tests, approve and use it.
I use PowerShell on .NET 4.0 but with the option 4, and used to use the option 1, too (I do not like the option 2, personally). Thus, I approved it, production or not, I use it a lot and it works. I still use PowerShell on .NET 2.0 for two reasons: 1) PowerShell.exe starts faster (especially x64); 2) to be sure that part of my PowerShell development is compatible with .NET 2.
Another thought. If something does not work properly in PowerShell on .NET 2.0 (there are some issues, indeed, see Connect) then the fact "it is approved for production" itself does not help much. One has to overcome existing issues, .NET 2 or .NET 4 does not matter.
P.S. I should have mentioned that I tried the option 3 as well. I did not find use cases suitable for using it in my scenarios. But I did not find any issues in using ConsoleShell either.
P.P.S Yet another option. Make a copy of PowerShell.exe, rename it into MyConsoleShell.exe, use it together with MyConsoleShell.exe.config configured for .NET 4. As far as you are going to use a separate application anyway, then why not to consider this?
I'm a bit of a powershell N00b, but I threw this together as a way of forcing an arbitrary script to use .NET 4.0 in my script:
# Place this at the top of your script, and it will run as a .NET 4 ps script.
# #############################################################################
if ($PSVersionTable.CLRVersion.Major -lt 4) { try {
$cfgPath = $Env:TEMP | Join-Path -ChildPath ([Guid]::NewGuid())
mkdir $cfgPath | Out-Null
"<configuration><startup useLegacyV2RuntimeActivationPolicy='true'><supportedRuntime version='v4.0'/></startup></configuration>" | Set-Content -Path $cfgPath\powershell.exe.activation_config -Encoding UTF8
$darkMagic = 'COMPLUS_ApplicationMigrationRuntimeActivationConfigPath'
$old = [Environment]::GetEnvironmentVariable($darkMagic)
[Environment]::SetEnvironmentVariable($darkMagic, $cfgPath)
& powershell.exe $MyInvocation.MyCommand.Definition $args
} finally {
[Environment]::SetEnvironmentVariable($darkMagic, $old)
$cfgPath | Remove-Item -Recurse
return
}}
# ##############################################################################
# My script starts here:
echo "Your arguments are: $args "
echo "The CLR Major Version is : $($PSVersionTable.CLRVersion.Major)"
It places a check in the beginning of the script, and if it's not .NET 4.0 it creates a configuration file, sets an environment variable and re-runs the powershell script so that it runs under .NET 4.0.
it does incur a bit of a startup time penalty of about a second or so on my pc, but at least it works :)