Sends objects to the host as a series of strings.


   [-Width <Int32>]
   [-InputObject <PSObject>]
   [-Width <Int32>]
   [-InputObject <PSObject>]


The Out-String cmdlet converts the objects that PowerShell manages into an array of strings. By default, Out-String accumulates the strings and returns them as a single string, but you can use the Stream parameter to direct Out-String to return one string at a time. This cmdlet lets you search and manipulate string output as you would in traditional shells when object manipulation is less convenient.


Example 1: Output text to the console as a string

This example sends a file's contents to the Out-String cmdlet and displays it in the PowerShell console.

Get-Content -Path C:\Test\Testfile.txt | Out-String

Get-Content sends the contents of the Testfile.txt file down the pipeline. Each line of the file has its own properties. Out-String converts the objects into an array of strings and then displays the contents as one string in the PowerShell console.


To compare the differences about how Get-Content and Out-String display the properties:

Get-Content -Path C:\Test\Testfile.txt | Select-Object -Property *

Get-Content -Path C:\Test\Testfile.txt | Out-String | Select-Object -Property *

Example 2: Get the current culture and convert the data to strings

This example gets the regional settings for the current user and converts the object data to strings.

$C = Get-Culture | Select-Object -Property *
Out-String -InputObject $C -Width 100

The $C variable stores a Selected.System.Globalization.CultureInfo object. The object is the result of Get-Culture sending output down the pipeline to Select-Object. The Property parameter uses an asterisk (*) wildcard to specify all properties are contained in the object.

Out-String uses the InputObject parameter to specify the CultureInfo object stored in the $C variable. The objects in $C are converted to a string. The Width parameter is set to 100 characters per line to prevent truncation.


To view the Out-String array, store the output to a variable and use an array index to view the elements. For more information about the array index, see about_Arrays.

$str = Out-String -InputObject $C -Width 100

Example 3: Working with objects

This example demonstrates the difference between working with objects and working with strings. The command displays an alias that includes the text gcm, the alias for Get-Command.

Get-Alias | Out-String -Stream | Select-String -Pattern "gcm"

Alias           gcm -> Get-Command

Get-Alias gets the System.Management.Automation.AliasInfo objects, one for each alias, and sends the objects down the pipeline. Out-String uses the Stream parameter to convert each object to a string rather concatenating all the objects into a single string. The System.String objects are sent down the pipeline and Select-String uses the Pattern parameter to find matches for the text gcm.


If you omit the Stream parameter, the command displays all the aliases because Select-String finds the text gcm in the single string that Out-String returns.

Example 4: Using the NoNewLine parameter

This example shows how the NoNewLine parameter removes new lines that are created by the PowerShell formatter. New lines that are part of the string objects created with Out-String aren't removed.

The example uses a special character (`n) to create a new line. For more information, see about_Special_Characters.

PS> "a", "b`n", "c", "d" | Out-String


PS> "a", "b`n", "c", "d" | Out-String -NoNewline

PS> @{key='value'} | Out-String

Name   Value
----   -----
key    value

PS> @{key='value'} | Out-String -NoNewLine

Name    Value----     -----key     value

A string of characters is sent down the pipeline to Out-String. The default formatter displays the output that includes new lines. The "b`n" includes the new line special character. When the NoNewline parameter is used, the new lines created by the formatter are removed. But, the new line created with the special character is preserved.

The key/value pair is an example of how Out-String uses the default formatter to add new lines. When the NoNewline parameter is used, the new lines created by the formatter are removed.



Specifies the objects to be written to a string. Enter a variable that contains the objects, or type a command or expression that gets the objects.

Default value:None
Accept pipeline input:True (ByValue)
Accept wildcard characters:False

Removes all newlines from output generated by the PowerShell formatter. Newlines that are part of the string objects are preserved.

This parameter was introduced in PowerShell 6.0.

Default value:False
Accept pipeline input:False
Accept wildcard characters:False

Indicates that the cmdlet sends a separate string for each object. By default, the strings for each object are accumulated and sent as a single string.

Default value:False
Accept pipeline input:False
Accept wildcard characters:False

Specifies the number of characters in each line of output. Any additional characters are truncated, not wrapped. The Width parameter applies only to objects that are being formatted. If you omit this parameter, the width is determined by the characteristics of the host program. The default value for the PowerShell console is 80 characters.

Default value:None
Accept pipeline input:False
Accept wildcard characters:False



You can send objects down the pipeline to Out-String.



Out-String returns the string that it creates from the input object.


The cmdlets that contain the Out verb don't format objects. The Out cmdlets send objects to the formatter for the specified display destination.

The Out cmdlets don't have parameters that accept names or file paths. To send the output of a PowerShell command to an Out cmdlet, use the pipeline. Or, you can store data in a variable and use the InputObject parameter to pass the data to the cmdlet.