As of PowerShell 7.2 you can now access the $PSStyle automatic variable to view and change the rendering of ANSI string output. $PSStyle is an instance of the PSStyle class. The members of this class define strings containing ANSI escape sequences that control the rendering of text in th...
-like and -notlike behave similarly to -eq and -ne, but the right-hand side could be a string containing wildcards. Example: PowerShell Copy "PowerShell" -like "*shell" # Output: True "PowerShell" -notlike "*shell" # Output: False "PowerShell" -like "Power?hell" # Output:...
PowerShell provides no way to create new types that contain static variables; however, objects of such types may be provided by the host environment. Memory for creating and deleting objects containing static variables is managed by the host environment and the garbage collection system. See §7.1...
ConvertFrom-StringData Converts a string containing one or more key and value pairs to a hash table. ConvertTo-CliXml Converts an object to a CliXml-formatted string. ConvertTo-Csv Converts .NET objects into a series of character-separated value (CSV) strings. ConvertTo-Html Converts ....
Runs a script containing statements supported by the SQL Server SQLCMD utility. Syntax PowerShell Copy Invoke-Sqlcmd [-ServerInstance <PSObject>] [-Database <String>] [-Encrypt <String>] [-EncryptConnection] [-Username <String>] [-AccessToken <String>] [-Password <String>] [-Credential ...
seeabout_Scopes. You can use this to build strings containing the command, parameters, and arguments you need, and then invoke the string as if it were a command. The strings that you create must follow the same parsing rules as a command that you type at the command line. For more inf...
Converts a string containing one or more "name=value" pairs to a hash table. Convert-Path Converts a path from a Windows PowerShell path to a Windows PowerShell provider path. ConvertTo-CSV Converts .NET objects into a series of comma-separated, variable-length (CSV) strings. ConvertTo-...
(and the .NET Framework) includes all sorts of nifty little functions for manipulating text and string values. Let’s take a peek at some of the more interesting things you can do with text. To that end, we’re going to work primarily with the following variables and the following values...
namespaceIgnorantTranscriber{classProgram{staticvoidMain(string[] args){ varprocesses =PowerShell.Create().AddCommand(“Get-Process”).AddParameter(“Name”,“*e*”).Invoke();Console.WriteLine(“You have “+ processes.Count +” processes with ‘e’ in the name!”);}}} ...
On Windows,-UseNewEnvironmentdefinesonlythe variables that areexplicitlydefined, as displayed in System Properties (sysdm.cpl), with crucial, usually automatically defined variables such as$env:ProgramFilesmissing, and$env:USERNAMEunexpectedly containingSYSTEM. ...