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Fix automatic variable case (#11838)
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‎reference/docs-conceptual/developer/cmdlet/extending-output-objects.md‎

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# Extending Output Objects
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You can extend the .NET Framework objects that are returned by cmdlets, functions, and scripts by using types files (.ps1xml). Types files are XML-based files that let you add properties and methods to existing objects. For example, Windows PowerShell provides the Types.ps1xml file, which adds elements to several existing .NET Framework objects. The Types.ps1xml file is located in the Windows PowerShell installation directory (`$pshome`). You can create your own types file to further extend those objects or to extend other objects. When you extend an object by using a types file, any instance of the object is extended with the new elements.
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You can extend the .NET Framework objects that are returned by cmdlets, functions, and scripts by using types files (.ps1xml). Types files are XML-based files that let you add properties and methods to existing objects. For example, Windows PowerShell provides the Types.ps1xml file, which adds elements to several existing .NET Framework objects. The Types.ps1xml file is located in the Windows PowerShell installation directory (`$PSHOME`). You can create your own types file to further extend those objects or to extend other objects. When you extend an object by using a types file, any instance of the object is extended with the new elements.
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## Extending the System.Array Object
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## Custom Types Files
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To create a custom types file, start by copying an existing types file. The new file can have any name, but it must have a .ps1xml file name extension. When you copy the file, you can place the new file in any directory that is accessible to Windows PowerShell, but it is useful to place the files in the Windows PowerShell installation directory (`$pshome`) or in a subdirectory of the installation directory.
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To create a custom types file, start by copying an existing types file. The new file can have any name, but it must have a .ps1xml file name extension. When you copy the file, you can place the new file in any directory that is accessible to Windows PowerShell, but it is useful to place the files in the Windows PowerShell installation directory (`$PSHOME`) or in a subdirectory of the installation directory.
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To add your own extended types to the file, add a types element for each object that you want to extend. The following topics provide examples.
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‎reference/docs-conceptual/developer/format/powershell-formatting-files.md‎

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# Windows PowerShell Formatting Files
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Windows PowerShell provides several formatting files (.format.ps1xml) that are located in the
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installation directory (`$pshome`). Each of these files defines the default display for a specific
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installation directory (`$PSHOME`). Each of these files defines the default display for a specific
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set of .NET objects. These files should never be changed. However, you can use them as a reference
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for creating your own custom formatting files.
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‎reference/docs-conceptual/developer/hosting/host04-sample.md‎

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- Building a console application that uses these host classes to build an interactive Windows
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PowerShell shell.
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- Creating a `$profile` variable and loading the following profiles.
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- Creating a `$PROFILE` variable and loading the following profiles.
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- current user, current host
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- current user, all hosts
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this.myRunSpace.Open();
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// Create a PowerShell object that will be used to execute the commands
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// to create $profile and load the profiles.
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// to create $PROFILE and load the profiles.
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lock (this.instanceLock)
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{
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this.currentPowerShell = PowerShell.Create();

‎reference/docs-conceptual/developer/hosting/host05-sample.md‎

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- Building a console application that uses these host classes to build an interactive Windows PowerShell shell.
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- Creating a `$profile` variable and loading the following profiles.
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- Creating a `$PROFILE` variable and loading the following profiles.
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- current user, current host
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- current user, all hosts
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this.myRunSpace.Open();
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// Create a PowerShell object to run the commands used to create
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// $profile and load the profiles.
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// $PROFILE and load the profiles.
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lock (this.instanceLock)
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{
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this.currentPowerShell = PowerShell.Create();

‎reference/docs-conceptual/developer/hosting/host06-sample.md‎

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- Building a console application that uses these host classes to build an interactive Windows
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PowerShell shell.
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- Creating a `$profile` variable and loading the following profiles.
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- Creating a `$PROFILE` variable and loading the following profiles.
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- current user, current host
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- current user, all hosts
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this.myRunSpace.Open();
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// Create a PowerShell object to run the commands used to create
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// $profile and load the profiles.
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// $PROFILE and load the profiles.
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lock (this.instanceLock)
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{
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this.currentPowerShell = PowerShell.Create();

‎reference/docs-conceptual/developer/module/how-to-write-a-powershell-module-manifest.md‎

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| **Copyright**<br /> Type: `String` | `'(c) <Author>. All rights reserved.'` | Copyright statement for this module. If a value isn't specified, `New-ModuleManifest` uses the default with the current user as the `<Author>`. To specify an author, use the **Author** parameter. <br /> Example: `Copyright = '2019 AuthorName. All rights reserved.'` |
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| **Description**<br /> Type: `String` | `<empty string>` | Description of the functionality provided by this module.<br /> Example: `Description = 'This is the module's description.'` |
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| **PowerShellVersion**<br /> Type: `Version` | `<empty string>` | Minimum version of the PowerShell engine required by this module. Valid values are 1.0, 2.0, 3.0, 4.0, 5.0, 5.1, 6.0, 6.1, 6.2, 7.0 and 7.1.<br /> Example: `PowerShellVersion = '5.0'` |
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| **PowerShellHostName**<br /> Type: `String` | `<empty string>` | Name of the PowerShell host required by this module. This name is provided by PowerShell. To find the name of a host program, in the program, type: `$host.name`.<br /> Example: `PowerShellHostName = 'ConsoleHost'` |
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| **PowerShellHostName**<br /> Type: `String` | `<empty string>` | Name of the PowerShell host required by this module. This name is provided by PowerShell. To find the name of a host program, in the program, type: `$Host.name`.<br /> Example: `PowerShellHostName = 'ConsoleHost'` |
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| **PowerShellHostVersion**<br /> Type: `Version` | `<empty string>` | Minimum version of the PowerShell host required by this module.<br /> Example: `PowerShellHostVersion = '2.0'` |
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| **DotNetFrameworkVersion**<br /> Type: `Version` | `<empty string>` | Minimum version of Microsoft .NET Framework required by this module. This prerequisite is valid for the PowerShell Desktop edition only, such as Windows PowerShell 5.1, and only applies to .NET Framework versions lower than 4.5. <br /> Example: `DotNetFrameworkVersion = '3.5'` |
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| **CLRVersion**<br /> Type: `Version` | `<empty string>` | Minimum version of the common language runtime (CLR) required by this module. This prerequisite is valid for the PowerShell Desktop edition only, such as Windows PowerShell 5.1, and only applies to .NET Framework versions lower than 4.5. <br /> Example: `CLRVersion = '3.5'` |

‎reference/docs-conceptual/developer/module/installing-a-powershell-module.md‎

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By default, the **PSModulePath** environment variable value contains the following system and user
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module directories, but you can add to and edit the value.
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- `$PSHome\Modules` (`%Windir%\System32\WindowsPowerShell\v1.0\Modules`)
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- `$PSHOME\Modules` (`%Windir%\System32\WindowsPowerShell\v1.0\Modules`)
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> [!WARNING]
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> This location is reserved for modules that ship with Windows. Do not install modules to this

‎reference/docs-conceptual/how-to-use-docs.md‎

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![Animation showing how to use the version selector.][04]
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You can verify the version of PowerShell you are using by inspecting the `$PSversionTable.PSVersion`
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You can verify the version of PowerShell you are using by inspecting the `$PSVersionTable.PSVersion`
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value. The following example shows the output for Windows PowerShell 5.1.
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```powershell

‎reference/docs-conceptual/lang-spec/chapter-04.md‎

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### 4.5.14 Command description type
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The automatic variable `$PsCmdlet` is an object that represents the cmdlet or function being
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The automatic variable `$PSCmdlet` is an object that represents the cmdlet or function being
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executed. The type of this object is implementation defined; it has the following accessible
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members:
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‎reference/docs-conceptual/lang-spec/chapter-07.md‎

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Description:
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If the left operand does not designate a collection, the result has type `bool` and if that result
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is `$true`, the elements of the Hashtable `$matches` are set to the strings that match (or
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is `$true`, the elements of the Hashtable `$Matches` are set to the strings that match (or
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do-not-match) the value designated by the right operand. Otherwise, the result is a possibly empty
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unconstrained 1-dimensional array containing the elements of the collection that test True when
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compared to the value designated by the right operand, and `$matches` is not set. The right operand
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compared to the value designated by the right operand, and `$Matches` is not set. The right operand
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may designate a string that contains regular expressions ([§3.16][§3.16]), in which case, it is
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referred to as a _pattern_. These operators have two variants ([§7.8][§7.8]).
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Examples:
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```powershell
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"Hello" -match ".l" # True, $matches key/value is 0/"el"
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"Hello" -match '\^h.*o$' # True, $matches key/value is
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"Hello" -match ".l" # True, $Matches key/value is 0/"el"
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"Hello" -match '\^h.*o$' # True, $Matches key/value is
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0/"Hello"
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"Hello" -cmatch '\^h.*o$' # False, $matches not set
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"abc\^ef" -match ".\\\^e" # True, $matches key/value is 0/"c\^e"
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"Hello" -cmatch '\^h.*o$' # False, $Matches not set
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"abc\^ef" -match ".\\\^e" # True, $Matches key/value is 0/"c\^e"
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The result is `$true` and key 0 of `$matches` contains "red", that part of the string designated by
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The result is `$true` and key 0 of `$Matches` contains "red", that part of the string designated by
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the left operand that exactly matched the pattern designated by the right operand.
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In the following example, the whole pattern is a submatch:
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Instead of having keys in `$matches` be zero-based indexes, submatches can be named using the form
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Instead of having keys in `$Matches` be zero-based indexes, submatches can be named using the form
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`?<*name*>`. For example, `"((r)e)(d)"` can be written with three named submatches, `m1`, `m2`, and
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`m3`, as follows: `"(?<m1>(?<m2>r)e)(?<m3>d)"`.
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