• powershell


    How to Start Windows PowerShell on Earlier Versions of Windows

    Use any of the following methods to start the installed version of Windows PowerShell 3.0.

    From the Start Menu

    • Click Start, type PowerShell, and then click Windows PowerShell.

    • From the Start menu, click Start, click All Programs, click Accessories, click the Windows PowerShell folder, and then click Windows PowerShell.

    At the Command Prompt

    • In Cmd.exe, Windows PowerShell, or Windows PowerShell ISE, to start Windows PowerShell, type:

      PowerShell 

      You can also use the parameters of the PowerShell.exe program to customize the session. For more information, see PowerShell.exe 3.0 Console Help.

    With Administrative privileges ("Run as administrator")

    1. Click Start, type PowerShell, right-click Windows PowerShell, and then click Run as administrator.

    How to Start Windows PowerShell ISE on Earlier Versions of Windows

    Use any of the following methods to start Windows PowerShell ISE.

    From the Start Menu

    • Click Start, type ISE, and then click Windows PowerShell ISE.

    • From the Start menu, click Start, click All Programs, click Accessories, click the Windows PowerShell folder, and then click Windows PowerShell ISE.

    At the Command Prompt

    • In Cmd.exe, Windows PowerShell, or Windows PowerShell ISE, to start Windows PowerShell, type:

      PowerShell_ISE 

      or

      ISE 

    With Administrative privileges ("Run as administrator")

    1. Click Start, type ISE, right-click Windows PowerShell ISE, and then click Run as administrator.

    How to Enable Windows PowerShell ISE on Earlier Versions of Windows

    In Windows PowerShell 3.0, Windows PowerShell ISE is enabled by default on all versions of Windows. If it is not already enabled, the Windows Management Framework 3.0 Beta installation program enables it.

    In Windows Powershell 2.0, Windows PowerShell ISE is enabled by default on Windows 7. However, on Windows Server 2008 R2 and Windows Server 2008, it is an optional feature.

    To enable Windows PowerShell ISE in Windows Powershell 2.0 on Windows Server 2008 R2 or Windows Server 2008, use the following procedure.

    To enable Windows PowerShell Integrated Scripting Environment (ISE)

    1. Start Server Manager.

    2. Click Features and then click Add Features.

    3. In Select Features, click Windows PowerShell Integrated Scripting Environment (ISE).


     

    Introduction to PowerShell

    Microsoft has developed a new command line interface (first called "Monad") and renamed "PowerShell". It was first made available as a stand-alone application for Windows XP (download here). and then for Vista ( available at this site). It is now a standard part ofWindows 7. The older command interpreter cmd.exe is still present as well. The new shell is Microsoft's answer to Unix shell scripting. It is quite different from the previous command line interface and is considerably more powerful. It makes use of more sophisticated techniques and objects and requires the .NET Framework 2.0. It has new functions for systems and network administration and is aimed at IT professionals. Because the purpose of this present site is to introduce the command line to home PC users , PowerShell is somewhat beyond the intended scope (and my personal experience). Nonetheless, I believe the home user should be aware of PowerShell's potential and the more experienced may wish to explore it further. I will try to outline very briefly what PowerShell is about.

    PowerShell features

    In the previous Windows command line described elsewhere on this site, commands consist of internal command strings that are interpreted and executed by the command interpreter or of commands that invoke separate executable files. PowerShell has a new approach that makes use of what Microsoft calls "cmdlets". Here is Microsoft's description:
    A cmdlet (pronounced "command-let") is a single-feature command that manipulates objects in Windows PowerShell. You can recognize cmdlets by their name format -- a verb and noun separated by a dash (-), such as Get-Help, Get-Process, and Start-Service.

    Although each cmdlet has a single function, groups of cmdlets can be strung together to carry out a complex task. Also the output of many cmdlets can be used as input (piped) to other cmdlets without additional processing. These capabilities represent a significant advance over the present command line shell.

    PowerShell continues to recognize the commands from the older command shell although, in many cases, the command is an alias for a PowerShell cmdlet

    List of cmdlets

    At this time, PowerShell comes with 129 cmdlets. Since cmdlets are easily written, more can be expected. Table I shows the list of those presently available.
    Table I. List of PowerShell cmdlets
    Add-Content 
    Add-History 
    Add-Member 
    Add-PSSnapin 
    Clear-Content 
    Clear-Item 
    Clear-ItemProperty 
    Clear-Variable 
    Compare-Object 
    ConvertFrom-SecureString 
    Convert-Path 
    ConvertTo-Html 
    ConvertTo-SecureString 
    Copy-Item 
    Copy-ItemProperty 
    Export-Alias 
    Export-Clixml 
    Export-Console 
    Export-Csv 
    ForEach-Object 
    Format-Custom 
    Format-List 
    Format-Table 
    Format-Wide 
    Get-Acl 
    Get-Alias 
    Get-AuthenticodeSignature 
    Get-ChildItem 
    Get-Command 
    Get-Content 
    Get-Credential 
    Get-Culture
    Get-Date 
    Get-EventLog 
    Get-ExecutionPolicy 
    Get-Help 
    Get-History 
    Get-Host 
    Get-Item 
    Get-ItemProperty 
    Get-Location 
    Get-Member 
    Get-PfxCertificate 
    Get-Process 
    Get-PSDrive 
    Get-PSProvider 
    Get-PSSnapin 
    Get-Service 
    Get-TraceSource 
    Get-UICulture 
    Get-Unique 
    Get-Variable 
    Get-WmiObject 
    Group-Object 
    Import-Alias 
    Import-Clixml 
    Import-Csv 
    Invoke-Expression 
    Invoke-History 
    Invoke-Item 
    Join-Path 
    Measure-Command 
    Measure-Object 
    Move-Item
    Move-ItemProperty 
    New-Alias 
    New-Item 
    New-ItemProperty 
    New-Object 
    New-PSDrive 
    New-Service 
    New-TimeSpan 
    New-Variable 
    Out-Default 
    Out-File 
    Out-Host 
    Out-Null 
    Out-Printer 
    Out-String 
    Pop-Location 
    Push-Location 
    Read-Host 
    Remove-Item 
    Remove-ItemProperty 
    Remove-PSDrive 
    Remove-PSSnapin 
    Remove-Variable 
    Rename-Item 
    Rename-ItemProperty 
    Resolve-Path 
    Restart-Service 
    Resume-Service 
    Select-Object 
    Select-String 
    Set-Acl 
    Set-Alias
    Set-AuthenticodeSignature 
    Set-Content 
    Set-Date 
    Set-ExecutionPolicy 
    Set-Item 
    Set-ItemProperty 
    Set-Location 
    Set-PSDebug 
    Set-Service 
    Set-TraceSource 
    Set-Variable 
    Sort-Object 
    Split-Path 
    Start-Service 
    Start-Sleep 
    Start-Transcript 
    Stop-Process 
    Stop-Service 
    Stop-Transcript 
    Suspend-Service 
    Tee-Object 
    Test-Path 
    Trace-Command 
    Update-FormatData 
    Update-TypeData 
    Where-Object 
    Write-Debug 
    Write-Error 
    Write-Host 
    Write-Output 
    Write-Progress 
    Write-Verbose 
    Write-Warning 

    PowerShell Cmdlet syntax

    There are a number of parameters possible for cmdlets and a detailed discussion of syntax is beyond our scope. I will try to hint at the range of possibilities by discussing one useful cmdlet that carries out the copying function. It is not limited to copying files and folders but can also copy Registry keys and entries. This one cmdlet, in fact, incorporates the functions of several older commands with greater flexibility. First, here is a simple example where a folder and all its contents are to be copiedCopy-Item C:\Logfiles -destination D:\Backup -recurseThis cmdlet copies all files and sub-folders in the folder C:\Logfiles to the folder D:\Backup .The parameter "-recurse" is used when sub-folders are to be copied.

    Next, here are all the parameters in their full glory:Copy-Item [-path] <string[]> [[-destination] <string>] [-container] [-recurse] [-force]
    [-include <string[]>] [-exclude <string[]>] [-filter <string>] [-passThru] [-credential <PSCredential>] [-whatIf] [-confirm] [<CommonParameters>]
    Naturally, the full set of parameters varies from one cmdlet to the next but one option that is common to many is the intriguing "-whatIf". This setting describes what would happen if you executed the command but without actually executing it .This allows you to see safely what would happen if you did the command. For a table describing the various parameters above, click here.

    PowerShell Scripting

    PowerShell is also the basis for a scripting language. This language is intended to make administrative tasks easier and seems likely to supplant VBScript in the future. The extension for PowerShell scripts is .PS1. Many security features are built into the scripting engine and the default setting is to prevent scripts from running. Permission to run scripts is controlled by a feature called "Execution Policy". Information about this feature can be obtained by the PowerShell commandGet-Help about_signingMore about PowerShell scripting can be found at this Microsoft site.

    More information

    We can barely scratch the surface in ths very short description of PowerShell. For those who wish to explore the subject further, here are some references:
  • 相关阅读:
    paip.提升安全性时间判断
    paip.提升安全性本机硬件绑定
    paip.提升性能服务器环境及编程语言架构选择
    paip.提升用户体验提示语
    paip.提升效率输入框不能粘贴的问题
    paip.银联支付接口订单号uuid算法
    paip.Net Framework各个版本的功能不同总结
    Answer 3.0 .NET开源网站功能API说明
    Paip.YXSHOP易想商场功能模块说明
    paip.提升效率文件搜索工具总结
  • 原文地址:https://www.cnblogs.com/jjkv3/p/2489880.html
Copyright © 2020-2023  润新知