steviecoaster

$var = @{A = 10; B = 'abc'}

foreach ($key in $var.Keys) {
    switch ($var[$key].GetType()) {
        { $_ -eq [int32]  }  { "$key + 10 = $($var[$key] + 10)" }
        { $_ -eq [string] }  { "$key = $($var[$key])"           }
    }
}

# Output

steviecoaster

#Download the sample_script.ps1 contents included in this gist
$url = 'https://gist.githubusercontent.com/steviecoaster/027d2e53b79e200ffb2455f74e2f1308/raw//sample_script.ps1'
$scriptData = [System.Net.WebClient]::new().DownloadString($url)

<#
  The above uses the [System.Net.WebClient] .Net class directly, however you can use New-Object if you are more comfortable:
  (New-Object System.Net.WebClient).DownloadString('https://gist.githubusercontent.com/steviecoaster/027d2e53b79e200ffb2455f74e2f1308/raw/3bc513de7c664915691b6bbd78c49649069f52c5/sample_script.ps1')
#>

# Next, we create our script block, and fill it with our $scriptData

steviecoaster

<#
.SYNOPSIS
Creates the `ChocolateyInstall` IIS fileshare site.

.DESCRIPTION
Creates a new IIS website named `RtpsugDemo` which hosts the
a collection of scripts for onboarding clients to retrieve and run during their
setup.

If you have a need to re-create this for any reason, ensure the existing

steviecoaster

function Write-ReverseOuput {
    [Alias('Write-Output')]
    [CmdletBinding()]
    Param(
        [Parameter(Mandatory)]
        [String]
        $InputObject
    )

    end {

steviecoaster

Function Get-AllBoundParameters {
    [CmdletBinding()]
    Param(
        # A simple string parameter that is mandatory
        [Parameter(Mandatory)]
        [String]
        $Name,

        # A simple switch
        [Parameter()]

steviecoaster

#Requires -RunAsAdministrator

#Set our execution policy for the process
Set-ExecutionPolicy Bypass -Scope Process -Force

#Store our packages.config from the gist here temporarily
$tempFile = Join-Path $env:TEMP -ChildPath 'packages.config'

#Write our config file contents
$configFile = 'https://gist.githubusercontent.com/steviecoaster/798bb1046b8fc3275b5a4801cb6f46e4/raw/6e68dbca121276af44ff540c4b6e26df42ee6832/packages.config'

steviecoaster

function New-RandomPass {
    <#
        .Synopsis
            Generates and returns a suitably secure password

            .EXAMPLE
            New-RandomPass

            Returns a random password as a SecureString object
            .EXAMPLE

steviecoaster

function Copy-CertToStore {
    <#
    .SYNOPSIS
    Copy a certificate from one store location to another
    
    .DESCRIPTION
    Long description
    
    .PARAMETER Certificate
    The certificate to copy

steviecoaster

$breeds = @('Labrador','Poodle','St. Bernard','Husky')
'mut' -in $breeds # false

'Poodle' -in $breeds #true

steviecoaster

Implicit Remoting explained

Implicit remoting allows you to load a module from a remote session and execute it "locally". What you are actually doing is running a proxy command. The actual function executes on the remote session, and the data is returned to you locally.

This approach does have the same caveats as running a command directly via Invoke-Command in that it is deserialized and rehydrated, losing any available methods on the object.

This is still a hugely useful trick, and I highly recommend using a prefix so you know in your code when something is running on the remote system. For example Get-ADComputer may become Get-RemoteADComputer. You can specify whatever prefix you want, just make it