Windows PowerShell: Guide for System Administration and Automation

Windows PowerShell: Guide for System Administration and Automation

Introduction

    Discover the immense power of Windows PowerShell, a versatile command-line shell and scripting language designed to revolutionize system administration and streamline automation processes. In this comprehensive guide, we will explore the capabilities of Windows PowerShell, delve into its key features, and provide step-by-step instructions to help you unlock its full potential.

Understanding Windows PowerShell: A Command-Line Marvel

    Windows PowerShell is a game-changing command-line marvel that empowers system administrators with unparalleled control over their environments. Learn about the extensive array of PowerShell commands and delve into the art of PowerShell scripting, enabling you to automate repetitive tasks and boost productivity.

Getting Started: A Step-by-Step PowerShell Tutorial

    Embark on your journey to PowerShell mastery with our step-by-step tutorial. Gain a solid foundation by learning the essentials of PowerShell automation and exploring the core concepts of scripting. We'll guide you through the installation process, introduce you to the fundamental syntax, and provide hands-on examples to help you grasp the basics.

Unleashing the Power: Harnessing PowerShell Modules

    Take your PowerShell skills to new heights by tapping into the vast realm of PowerShell modules. We'll dive into the PowerShell Gallery, your gateway to a treasure trove of pre-built cmdlets and modules. Discover how to leverage existing modules and explore practical examples that showcase their capabilities, making your scripting endeavors more efficient and effective.

PowerShell Remoting: Remote Management Made Easy

    Unlock the potential of remote management with PowerShell Remoting. Learn how to establish secure connections, execute commands on remote machines, and manage remote sessions effortlessly. We'll explore the power of PowerShell cmdlets in a remote environment and show you how to streamline your system administration tasks like never before.

Desired State Configuration (DSC): The Path to Configuration Management

    Enter the realm of configuration management with PowerShell's Desired State Configuration (DSC). Discover the declarative approach to system configuration and learn how to define, maintain, and enforce the desired state of your systems. We'll guide you through practical examples and demonstrate how DSC can revolutionize your infrastructure management.

Conclusion: Empowerment through Windows PowerShell

    By mastering Windows PowerShell, you gain a superpower that enables you to automate, streamline, and conquer complex system administration challenges. With a rich command set, robust scripting capabilities, and a thriving community around PowerShell modules, you can elevate your productivity to new heights. Embrace this versatile tool, unleash its potential, and embark on a journey to unparalleled system administration and automation prowess.

Windows GOD MODE Activation

Windows GOD MODE

    God mode is windows best hidden feature that provide us quick access to all of control panel and setting in one place. it essentially creates folder that contain all of shortcuts and various configurations option and advanced setting. for Windows 7, Windows 10, Windows 11

Windows GOD MODE Activation

 

     More than 260 features are accusable in this mode with administrative rights, all the features are access able   for one place, also it works in windows 7, windows 10, windows 11.

  Lets Follow the steps :

1.     Create a new folder on your desktop or any desired location.
2.     Right-click on the folder and select "Rename."
3.     Now, rename the folder with the following string of characters:

                GodMode.{ED7BA470-8E54-465E-825C-99712043E01C}

1. Action Center Settings
2. Administrative Tools
3. AutoPlay
4. Backup and Restore
5. BitLocker Drive Encryption
6. Color Management
7. Credential Manager
8. Date and Time
9. Device Manager
10. Display
11. Ease of Access Center
12. File Explorer Options
13. Folder Options
14. Fonts
15. HomeGroup
16. Indexing Options
17. Internet Options
18. Keyboard
19. Mouse
20. Network and Sharing Center
21. Notification Area Icons
22. Parental Controls
23. Power Options
24. Programs and Features
25. Region and Language
26. RemoteApp and Desktop Connections
27. Security and Maintenance
28. Sound
29. Speech Recognition
30. Sync Center
31. System
32. Taskbar and Start Menu
33. Troubleshooting
34. User Accounts
35. Windows Defender Firewall
36. Windows Mobility Center
37. Windows Update

    These are just a few examples, and there are many more options available within God Mode. It provides a convenient way to access and customize various aspects of the Windows operating system.

Windows 10, Windows 11 Enable Remote Desktop RDP To multiple User

     Want to allow multiple RDP sessions in Windows? You can establish multiple remote desktop connections at the same time on a Windows system still, this feature is blocked by license. It prevents you from creating a Terminal RDP server. However, you have to buy a Windows Server license, RDS CALS, If you need this service.

    If you want a free alternative you can use RDP( Remote Desktop Protocol) to produce multiple Connections. In this composition, we will guide you to how you can enable RDP for multiple users on your Windows 11 computer.

Windows 10, Windows 11 Enable Remote Desktop RDP To multiple User

Use the following steeps for enabling the Remote Desktop Connection on Windows 11, Windows 11

1. Use RDP wrapper library
2. Modify termsrv.dll Using Hex Editor
3. Patch termsrv.dll with PowerSheel Script
4. modify the Local Group Policies

Now Lets start-

How to allow multiple RDP sessions in Windows 

1- Use RDP wrapper library

        RDP wrapper library is open source free to use from GitHub project that works between intermediate remote desktop service and Service Control Manager (SCM). 

         It allow users to make multiple RDP session on windows 10 and windows 11 and also you configure it on windows home addition without testing the "termsrv.dll" file. For simultaneous connection RDP wrapper library load the termsrv.dll library with updated parameters. But it should better for you to check the unpatched "termsrv.dll" file before installing RDP Wrapper Library

Follow the steps to enable RDP Wrapper Library

    Download RDP Wrapper Library From github.com

    Use Firefox 

    

          Browser Block the downing the file allow this file to download.

Click Allow Download For This

        After Download the file Extract the contents of zip file.

    Then Click Right click on "Install.bat " and select run as Administrator

    Then Click on "RDPConfig.exe" to open RDP Wrapper Configuration and complect the installation process.

    

    After installation RDP Wrapper show running but not working on windows 10 (ver 10.0.19041.1320)

    Download the rdpwrap.ini file currnet version on your computer from raw.githubusercontent.com.

   Open the download file, Select all the content from it, Copy it using Ctrl +C

Then Open file Explorer and go to C:\Program Files\RDP Wrapper\rdpwrap.ini file
open the ini file rdpwrap.ini and directly past the code and save it.

If you facing the problem to save the file and showing the massage as follow:

Follow the steps:

1: Right click on file and go to Properties

2: Click On Security Tab

3: Click on Change Permission , click edit

4: Click on Add

5: Click on Advanced

6: Click on Find Now

7: Select the Current user Which one you used while the installation make sure it have administrative right

8: Select the User and Click on Ok

9: After Give selection the user Give the Full Control and click on apply and ok

10 : Then past the code and save it

After That Reboot The Computer

    Then Hit on RDPConfigure.exe to open RDP Wrapper Configuration,  Verify all The items are green in Diagnostics section 

    Hit on RDPcheck.exe to open a secondary RDP session or connect multiple RDP session from your remote Computers

Thanks. 

Windows CMD Commands, Power of Command Line

Introduction

    Windows Command Prompt, or CMD, is a powerful tool that provides direct access to the underlying operating system. While many users may overlook its potential, CMD commands can greatly enhance productivity and efficiency in performing various tasks on Windows machines. In this comprehensive guide, we will delve into the world of Windows CMD commands, exploring a wide range of high-value keywords that can elevate your command line prowess. Whether you are a beginner looking to familiarize yourself with the basics or an advanced user seeking to expand your knowledge, this blog post will equip you with the necessary insights to harness the full potential of CMD.

Table of Contents:

1. Basic CMD Commands
2. File and Directory Management
3. System Configuration and Information
4. Network and Connectivity
5. Process and Task Management
6. Security and Permissions
7. Advanced CMD Techniques
8. CMD Scripting and Automation
9. CMD Tips and Tricks
10. Conclusion

1. Basic CMD Commands

    We begin our journey by exploring fundamental CMD commands that every user should be familiar with. From navigating directories to executing basic operations like creating and deleting files, these commands lay the foundation for more advanced techniques. We cover commands such as cd, dir, mkdir, rmdir, copy, and del, among others.

2. File and Directory Management

    In this section, we dive deeper into file and directory management using CMD. You'll learn how to move and rename files, search for specific files, and perform various operations on directories. Important commands covered include move, rename, xcopy, find, and tree.

3. System Configuration and Information

    Understanding and configuring system settings is crucial for system administrators and power users. We explore CMD commands that provide information about the system, manage environment variables, change the computer's name, and modify system settings. Commands such as systeminfo, set, hostname, and netsh are discussed in detail.

4. Network and Connectivity

    CMD commands offer powerful networking capabilities. We discuss commands to manage network connections, troubleshoot network issues, perform DNS lookups, and interact with remote machines. Command examples include ipconfig, ping, netstat, nslookup, and telnet.

5. Process and Task Management

    Managing running processes and tasks is essential for maintaining system performance. We explore commands to list processes, kill tasks, schedule tasks, and monitor system performance. Command examples covered include tasklist, taskkill, schtasks, and perfmon.

6. Security and Permissions

    Securing your system and managing permissions can be accomplished through CMD commands. We delve into commands that control user accounts, modify file and folder permissions, and perform security-related operations. Commands such as net user, icacls, cacls, and cipher are explained in detail.

7. Advanced CMD Techniques

    In this section, we explore advanced CMD techniques that can streamline your workflow and make you a power user. We cover topics such as batch file programming, piping and redirection, using wildcards, and advanced command-line tools. Examples include for loops, pipe operator, redirection, and third-party command-line tools like grep and awk.

8. CMD Scripting and Automation

    Automating tasks with CMD scripts can save time and effort. We introduce CMD scripting concepts and demonstrate how to create scripts to automate repetitive tasks. Topics covered include script structure, variables, loops, conditional statements, and error handling. Real-world examples showcase the power of CMD scripting for various use cases.

9. CMD Tips and Tricks

    In this section, we share some valuable CMD tips and tricks to enhance your productivity. Learn shortcuts, hidden features, and lesser-known commands that can make your command-line experience more efficient and enjoyable. Discover time-saving techniques and explore additional resources to further expand your knowledge of CMD.

10. Conclusion

    In conclusion, mastering Windows CMD commands opens up a world of possibilities for efficient system administration, troubleshooting, and automation. By familiarizing yourself with the high-value keywords and techniques covered in this guide, you'll be well-equipped to harness the power of the command line. Embrace the command prompt and unleash your full potential in the Windows environment.

How To Take A Screenshot On Windows 10

10 Methods to Take a Screenshot on Windows 10

Table of Contents

1. Method 1: PrtScn (Print Screen) Key
2. Method 2: Windows Key + PrtScn
3. Method 3: Alt + PrtScn
4. Method 4: Snipping Tool
5. Method 5: Snip & Sketch
6. Method 6: Win + Shift + S
7. Method 7: Game Bar
8. Method 8: Third-Party Screenshot Tools
9. Method 9: Surface Pen
10. Method 10: Xbox Game Bar

Method 1: PrtScn (Print Screen) Key

One of the simplest methods to take a screenshot on Windows 10 is by using the PrtScn (Print Screen) key on your keyboard. Pressing this key captures the entire screen and saves it to the clipboard.

Method 2: Windows Key + PrtScn

Another convenient method is to use the combination of the Windows key and PrtScn. Pressing these keys together captures the entire screen and automatically saves it as a screenshot in the "Screenshots" folder of your Pictures library.

Method 3: Alt + PrtScn

To capture the active window or the currently selected window, you can use the Alt key + PrtScn. This method saves the screenshot to the clipboard.

Method 4: Snipping Tool

The Snipping Tool is a built-in screenshot utility on Windows 10. Follow these steps to use it:

1. Press the Windows key and type "Snipping Tool" in the search results. Open the Snipping Tool app.
2. Click on "New" in the Snipping Tool window.
3. Select the area of the screen you want to capture using the cursor.
4. Release the cursor, and the captured screenshot will appear in the Snipping Tool editor where you can save it.

Method 5: Snip & Sketch

Windows 10 version 1809 and later includes the Snip & Sketch tool. Here's how to use it:

1. Press the Windows key and type "Snip & Sketch" in the search results. Open the Snip & Sketch app.
2. Click on "New" in the Snip & Sketch window or press Ctrl + N.
3. Select the desired area of the screen using the cursor.
4. Release the cursor, and the captured screenshot will open in the Snip & Sketch editor where you can annotate or save it.

Method 6: Win + Shift + S

Another handy shortcut introduced in Windows 10 version 1809 is Win + Shift + S. Here's how to use it:

1. Press the Win + Shift + S keys together.
2. Your screen will dim, and a small toolbar will appear at the top of the screen.
3. Use the toolbar options to capture the desired area of the screen.
4. The captured screenshot will be saved to the clipboard for pasting into applications like Paint or Word.

Method 7: Game Bar

The Game Bar is primarily used for gaming, but it also includes a screenshot feature. Here's how to use it:

1. Press Win + G to open the Game Bar.
2. Click on the camera icon or press Win + Alt + PrtScn to capture a screenshot.
3. The screenshot will be saved in the "Captures" folder in your Videos library.

Method 8: Third-Party Screenshot Tools

There are several third-party screenshot tools available for Windows 10 that offer additional features and flexibility. Some popular options include Greenshot, Lightshot, and Snagit.

Method 9: Surface Pen

If you're using a Microsoft Surface device with a Surface Pen, you can use it to take screenshots. Simply double-click the top button of the Surface Pen to capture the screen.

Method 10: Xbox Game Bar

For gamers, the Xbox Game Bar provides another way to take screenshots. Here's how:

1. Press Win + G to open the Game Bar.
2. Click on the camera icon or press Win + Alt + PrtScn to capture a screenshot.
3. The screenshot will be saved in the "Captures" folder in your Videos library.

Conclusion

Taking screenshots on Windows 10 is easy with these 10 methods. Whether you prefer using keyboard shortcuts, built-in tools like the Snipping Tool or Snip & Sketch, or third-party software, you have plenty of options to capture and save screenshots for various purposes.

Table of Contents

1. Method 1: PrtScn (Print Screen) Key
2. Method 2: Windows Key + PrtScn
3. Method 3: Alt + PrtScn
4. Method 4: Snipping Tool
5. Method 5: Snip & Sketch
6. Method 6: Win + Shift + S
7. Method 7: Game Bar
8. Method 8: Third-Party Screenshot Tools
9. Method 9: Surface Pen
10. Method 10: Xbox Game Bar

Screen Recorder For Windows

    Recording your screen on Windows 10 is a useful feature that allows you to capture video footage of your desktop activities. There are several methods you can use to record your screen, including built-in options and third-party software. In this guide, I will provide you with detailed instructions on how to record your screen on Windows 10 using different methods.

Method 1: Using the Built-in Game Bar

• Press the Windows key + G on your keyboard to open the Game Bar. If prompted, check the box that says "Yes, this is a game" to enable the Game Bar.

• Once the Game Bar is open, you'll see a small bar with various icons at the top. Click on the red "Record" button (a circle icon) to start recording your screen.

• Alternatively, you can also use the keyboard shortcut Windows key + Alt + R to start and stop recording.

• While recording, the Game Bar will display a timer indicating the duration of the recording. You can also access additional options such as recording audio, capturing screenshots, and controlling microphone settings by clicking on the icons in the Game Bar.

• To stop recording, click on the red "Stop" button in the Game Bar or use the Windows key + Alt + R keyboard shortcut again.

• By default, the recorded video will be saved in the "Videos" folder in your user directory. You can access it by navigating to "This PC" > "Videos" > "Captures".

Method 2: Using OBS Studio (Open Broadcaster Software)

• OBS Studio is a popular third-party software that offers advanced screen recording and streaming capabilities.

• Download and install OBS Studio from the official website (https://obsproject.com).

• Launch OBS Studio and configure your recording settings. Click on "Settings" in the bottom-right corner of the window.

• In the "Output" tab, select your desired recording format and quality settings. You can choose formats like MP4 or FLV and adjust the bitrate and resolution according to your preferences.

• Navigate to the "Video" tab and set the base and output resolutions. It's recommended to use the same resolution as your desktop for optimal results.

• In the "Audio" tab, choose the audio devices you want to record. You can capture system audio, microphone input, or both.

• Close the settings window and return to the main OBS Studio window. Click on the "+" icon in the "Sources" box to add a new source.

• Select "Display Capture" to record your entire screen or "Window Capture" to record a specific application or window. Follow the on-screen instructions to configure the capture source.

• Click "Start Recording" to begin the screen recording. You can also use the "Start Streaming" option if you want to broadcast your screen live.

• To stop recording, click on the "Stop Recording" button or press the corresponding keyboard shortcut (Ctrl + Shift + F10 by default).

• By default, OBS Studio saves recorded videos in the "Videos" folder. You can change the output directory by going to "Settings" > "Output" > "Recording" and modifying the "Recording Path" field.

Method 3: Using Windows 10's Screen Recorder

• Windows 10 has a built-in screen recorder that can be accessed from the "Game Bar" or the "Settings" app.

• Press the Windows key + G to open the Game Bar.

• Click on the "Capture" button (a square icon) to open the screen recording options.

• In the "Capture" window, click on the "Record" button (a circle icon) to start recording your screen.

You can also access additional options like recording audio, capturing