Comprehensive List of Extract Commands with Descriptions

The **Extract** utility is a command-line tool used primarily for extracting files from compressed archives, such as CAB (Cabinet) files, on Windows systems. Below is a detailed list of Extract commands, along with descriptions and examples.

Comprehensive List of ERUNT Commands with Descriptions

**ERUNT** (Emergency Recovery Utility NT) is a utility for backing up and restoring the Windows Registry. It is particularly useful for creating registry backups that can be restored in case of system failures. Below is a detailed list of ERUNT commands, along with descriptions and examples.

Comprehensive List of DumpHive Commands with Descriptions

**DumpHive** is a command-line utility used to extract and analyze the contents of Windows registry hive files. Below is a detailed list of DumpHive commands, along with descriptions and examples.

Comprehensive List of dd Commands with Descriptions

The `dd` command is a powerful and versatile utility used in Unix-like operating systems for low-level copying and conversion of files and data. Below is a comprehensive list of common `dd` commands with descriptions and examples.

Comprehensive List of CatchMe Commands with Descriptions

CatchMe is a command-line tool used for advanced file, process, and module management, often utilized in system security and forensics. Below is a detailed list of commands available in CatchMe, along with their descriptions and usage examples.

Comprehensive List of NirCmd Commands with Descriptions

NirCmd is a versatile command-line tool that enables you to automate a wide range of system tasks. Below is a comprehensive list of NirCmd commands with descriptions and examples.

Comprehensive List of Batch Commands with Descriptions

Batch scripting in Windows uses a variety of commands to perform tasks such as file manipulation, system administration, and task automation. Below is a comprehensive list of Batch commands with descriptions.

Getting Started with Batch Scripting: A Beginner's Guide

Batch scripting is a simple and powerful way to automate tasks on Windows. It uses plain text files with a `.bat` or `.cmd` extension to execute commands in the Windows Command Prompt. This guide will help you get started with Batch scripting.

1. You can write Batch scripts in any text editor, such as Notepad, Notepad++, or Visual Studio Code.
   
2. If you're using Notepad, open it by searching for "Notepad" in the Start menu.
   
3. For more advanced features like syntax highlighting, you might prefer Notepad++ or Visual Studio Code, which are available for free online.
   

1. The Windows Command Prompt (cmd.exe) is where Batch scripts are executed.
   
2. You can open the Command Prompt by searching for "cmd" in the Start menu.
   
3. Familiarize yourself with basic commands like `cd`, `dir`, `echo`, and `cls` before moving on to scripting.
   

1. Open your text editor and create a new file.
   
2. Type the following lines of code:
   
   Code:

   @echo off
echo Hello, World!
pause
3. Save the file with a `.bat` extension (e.g., `hello.bat`).
   
4. To run your script, double-click the `hello.bat` file, or open the Command Prompt, navigate to the directory where your script is saved, and type:
   
   Code:

   hello.bat
5. You should see the message "Hello, World!" displayed in the Command Prompt window, followed by a prompt to press any key to continue.
   

1. You can create a variable by using the `set` command:
   
   Code:

   set myVar=Hello
2. You can then use the variable by surrounding its name with `%` symbols:
   
   Code:

   echo %myVar%
3. Here’s an example that uses a variable:
   
   Code:

   @echo off
set name=Alice
echo Hello, %name%!
pause
4. This script will output "Hello, Alice!" when run.
   

1. You can prompt the user for input and store it in a variable using the `set /p` command:
   
   Code:

   @echo off
set /p name=Enter your name:
echo Hello, %name%!
pause
2. This script will ask for the user’s name and then greet them.
   

1. The `if` command is used to perform conditional operations:
   
   Code:

   @echo off
set /p age=Enter your age:
if %age% GEQ 18 (
    echo You are an adult.
) else (
    echo You are not an adult.
)
pause
2. This script checks if the user’s age is 18 or greater and displays a message accordingly.
   

1. You can use `if defined` to check if a variable is set:
   
   Code:

   @echo off
set name=Alice
if defined name (
    echo The variable 'name' is defined.
) else (
    echo The variable 'name' is not defined.
)
pause
2. This script checks if the `name` variable is defined and displays a message accordingly.
   

1. The `for` command is used to iterate over a set of items:
   
   Code:

   @echo off
for /l %%i in (1,1,5) do (
    echo Loop iteration %%i
)
pause
2. This script loops from 1 to 5 and prints the current iteration number.
   

1. You can also use `for` to loop through files in a directory:
   
   Code:

   @echo off
for %%f in (*.txt) do (
    echo Processing file %%f
)
pause
2. This script processes all `.txt` files in the current directory.
   

1. You can define a function using the `:` character followed by a name:
   
   Code:

   @echo off
call :greet Alice
call :greet Bob
pause
exit /b

:greet
echo Hello, %1!
exit /b
2. This script defines a `greet` function that takes a parameter and prints a greeting.
   
3. The `exit /b` command is used to exit the function and return to the main script.
   

1. You can use the `||` operator to execute a command if the previous command fails:
   
   Code:

   @echo off
mkdir myfolder || echo Failed to create folder.
pause
2. This script attempts to create a folder and displays an error message if it fails.
   

1. Batch scripts automatically set an error level after each command. You can check this with an `if` statement:
   
   Code:

   @echo off
mkdir myfolder
if %errorlevel% neq 0 (
    echo Failed to create folder.
) else (
    echo Folder created successfully.
)
pause
2. This script checks if the `mkdir` command was successful and displays a message accordingly.
   

1. Here’s an example of a simple menu:
   
   Code:

   @echo off
:menu
cls
echo 1. Option 1
echo 2. Option 2
echo 3. Exit
set /p choice=Enter your choice:

if %choice%==1 goto option1
if %choice%==2 goto option2
if %choice%==3 goto exit

goto menu

:option1
echo You selected Option 1.
pause
goto menu

:option2
echo You selected Option 2.
pause
goto menu

:exit
echo Goodbye!
pause
2. This script displays a menu with options, allowing the user to make a selection and perform an action based on their choice.
   

1. Open Task Scheduler by searching for it in the Start menu.
   
2. Click on Create Basic Task and follow the wizard to set up a new task.
   
3. Choose a trigger (e.g., daily, weekly) and specify the action as "Start a Program".
   
4. Browse to your Batch script file and select it.
   
5. Complete the wizard to create the scheduled task.
   
6. Your script will now run automatically according to the schedule you set.
   

Getting Started with VB.NET: A Beginner's Guide

VB.NET (Visual Basic .NET) is an object-oriented programming language developed by Microsoft. It is easy to learn and integrates seamlessly with the .NET framework, making it a popular choice for building Windows applications. This guide will help you get started with VB.NET.

1. The easiest way to develop VB.NET applications is by using Visual Studio, a powerful Integrated Development Environment (IDE) from Microsoft.
   
2. Visit the Visual Studio Download Page and download the latest version of Visual Studio. The Community Edition is free and fully featured.
   
3. During installation, make sure to select the .NET desktop development workload. This will install all the tools you need to start building VB.NET applications.
   

1. The .NET SDK is required to build and run VB.NET applications. If you installed Visual Studio with the .NET desktop development workload, the SDK should already be installed.
   
2. You can verify the installation by opening a terminal or command prompt and typing:
   
   Code:

   dotnet --version
3. If the .NET SDK is installed, this command will display the version number.
   
4. If it's not installed, you can download and install it from the official .NET website.
   

1. Open Visual Studio and select "Create a new project".
   
2. In the Create a new project window, search for "Windows Forms App (.NET)" and select it.
   
3. Click Next, name your project (e.g., "MyFirstVbApp"), and choose a location to save it.
   
4. On the next screen, choose the Framework version (the latest LTS version is recommended), and click Create.
   
5. Visual Studio will generate a basic Windows Forms application with a default form.
   

• Form1.vb: This is the main form of your application. It contains the user interface (UI) elements and the code that handles user interactions.
  
• Form1.Designer.vb: This file contains the automatically generated code that defines the layout and properties of the UI elements on your form.
  
• Program.vb: This file contains the entry point of your application, where the main form is loaded and the application is started.
  
• App.config: This file contains configuration settings for your application, such as connection strings and application-specific settings.
  

1. Open Form1.vb by double-clicking on it in the Solution Explorer.
   
2. In the Toolbox (usually located on the left side of the Visual Studio window), drag and drop the following controls onto the form:
   • A Label control
     
   • A TextBox control
     
   • A Button control
     
3. Arrange the controls as follows:
   • Place the Label at the top, with the text "Enter your name:".
     
   • Place the TextBox below the Label, where the user can enter their name.
     
   • Place the Button below the TextBox, with the text "Submit".
     
4. You can change the properties of the controls (such as text, name, and size) using the Properties window.
   

1. Double-click the Button control on the form. This will create an event handler method for the Button's Click event in Form1.vb.
   
2. Inside the Button1_Click method, add the following code:
   
   Code:

   Private Sub Button1_Click(sender As Object, e As EventArgs) Handles Button1.Click
    Dim name As String = TextBox1.Text
    MessageBox.Show("Hello, " & name & "!", "Greeting")
End Sub
3. This code retrieves the text entered in the TextBox and displays it in a message box when the Button is clicked.
   

1. In Visual Studio, press F5 or click the Run button to start the application.
   
2. Your Windows Forms application will build and run. The form you designed will appear.
   
3. Enter your name in the TextBox and click the Submit button.
   
4. A message box should appear, displaying the greeting message with your name.
   

1. Drag and drop another Button onto the form and place it next to the Submit button.
   
2. Change the text of the new Button to "Clear".
   
3. Double-click the Clear button to create an event handler for its Click event.
   
4. Inside the Button2_Click method, add the following code:
   
   Code:

   Private Sub Button2_Click(sender As Object, e As EventArgs) Handles Button2.Click
    TextBox1.Clear()
End Sub
5. This code clears the TextBox when the Clear button is clicked.
   

1. Drag and drop another Button onto the form and place it next to the Clear button.
   
2. Change the text of the new Button to "Close".
   
3. Double-click the Close button to create an event handler for its Click event.
   
4. Inside the Button3_Click method, add the following code:
   
   Code:

   Private Sub Button3_Click(sender As Object, e As EventArgs) Handles Button3.Click
    Me.Close()
End Sub
5. This code closes the application when the Close button is clicked.
   

1. You can set breakpoints in your code by clicking in the left margin next to a line of code in the code editor.
   
2. Run the application with F5. The application will pause execution when it hits a breakpoint, allowing you to inspect variables and step through the code.
   
3. Use the Debug toolbar to step into, over, or out of code lines, and to continue execution.
   

1. You can handle runtime errors using a `Try-Catch` block. Modify the Button1_Click method as follows:
   
   Code:

   Private Sub Button1_Click(sender As Object, e As EventArgs) Handles Button1.Click
    Try
        Dim name As String = TextBox1.Text
        If String.IsNullOrEmpty(name) Then
            Throw New ApplicationException("Name cannot be empty.")
        End If
        MessageBox.Show("Hello, " & name & "!", "Greeting")
    Catch ex As Exception
        MessageBox.Show("An error occurred: " & ex.Message, "Error")
    End Try
End Sub
2. This code checks if the TextBox is empty and throws an exception if it is. The `Catch` block handles the error by displaying a message.
   

1. In Visual Studio, right-click on the project in Solution Explorer and select Publish.
   
2. Choose a target for deployment (e.g., a folder, a web server, or an installer).
   
3. Follow the prompts to configure the deployment settings and publish your application.
   
4. Once published, you can distribute the application to users.
   

Getting Started with ASP.NET: A Beginner's Guide

ASP.NET is a powerful framework for building web applications using .NET technologies. It provides developers with a wide range of tools and libraries for creating dynamic, scalable, and secure web applications. This guide will help you get started with ASP.NET.

1. The easiest way to develop ASP.NET applications is by using Visual Studio, a powerful Integrated Development Environment (IDE) from Microsoft.
   
2. Visit the Visual Studio Download Page and download the latest version of Visual Studio. The Community Edition is free and fully featured.
   
3. During installation, make sure to select the ASP.NET and web development workload. This will install all the tools you need to start building ASP.NET applications.
   

1. The .NET SDK is required to build and run ASP.NET applications. If you installed Visual Studio with the ASP.NET workload, the SDK should already be installed.
   
2. You can verify the installation by opening a terminal or command prompt and typing:
   
   Code:

   dotnet --version
3. If the .NET SDK is installed, this command will display the version number.
   
4. If it's not installed, you can download and install it from the official .NET website.
   

1. Open Visual Studio and select "Create a new project".
   
2. In the Create a new project window, search for "ASP.NET Core Web App" and select it.
   
3. Click Next, name your project (e.g., "MyFirstAspNetApp"), and choose a location to save it.
   
4. On the next screen, choose the Framework version (the latest LTS version is recommended), and make sure the Authentication Type is set to "None" for this tutorial. Click Create.
   
5. Visual Studio will generate a basic ASP.NET Core web application with a default project structure.
   

• Controllers: This folder contains the controller classes responsible for handling user input and interactions. In a typical MVC application, controllers handle HTTP requests and return responses.
  
• Models: This folder contains the classes that represent the data and business logic of your application.
  
• Views: This folder contains the Razor view files (.cshtml) that define the UI of your application.
  
• wwwroot: This folder contains static files like CSS, JavaScript, and images that are accessible from the client side.
  
• appsettings.json: This file contains configuration settings for your application, such as connection strings and application-specific settings.
  
• Program.cs: This is the entry point of your application, where the ASP.NET Core web host is configured and started.
  
• Startup.cs: This class is responsible for configuring services and the request pipeline for your application.
  

1. In Visual Studio, press F5 or click the Run button to start the application.
   
2. The application will build, and a web browser will open, displaying your ASP.NET web application running on localhost.
   
3. You should see the default ASP.NET welcome page, which includes links to various resources and documentation.
   
4. The URL in the address bar will look something like http://localhost:5000. This is the default local development server provided by ASP.NET Core.
   

1. Right-click on the Controllers folder in the Solution Explorer, select Add, then Controller.
   
2. Choose MVC Controller - Empty and name it HomeController.
   
3. Replace the code in HomeController.cs with the following:
   
   Code:

   using Microsoft.AspNetCore.Mvc;
namespace MyFirstAspNetApp.Controllers
{
    public class HomeController : Controller
    {
        public IActionResult Index()
        {
            ViewData["Message"] = "Hello, World from ASP.NET!";
            return View();
        }
    }
}
4. This controller has an `Index` action that passes a message to the view using `ViewData`.
   

1. Right-click on the Views folder, then select Add, and New Folder. Name the folder Home.
   
2. Right-click on the Home folder, select Add, then Razor View, and name it Index.cshtml.
   
3. Replace the code in Index.cshtml with the following:
   
   Code:

   @{
    ViewData["Title"] = "Home Page";
}
<h2>@ViewData["Message"]</h2>
4. This view displays the message passed from the controller.
   

1. Press F5 to run the application.
   
2. Navigate to http://localhost:5000/Home/Index.
   
3. You should see the message "Hello, World from ASP.NET!" displayed on the page.
   

1. Right-click on the Models folder, select Add, then Class, and name it Product.cs.
   
2. Replace the code in Product.cs with the following:
   
   Code:

   namespace MyFirstAspNetApp.Models
{
    public class Product
    {
        public int Id { get; set; }
        public string Name { get; set; }
        public decimal Price { get; set; }
    }
}
3. This model represents a product with an ID, name, and price.
   

1. Open HomeController.cs and update the `Index` action to use the `Product` model:
   
   Code:

   using Microsoft.AspNetCore.Mvc;
using MyFirstAspNetApp.Models;
namespace MyFirstAspNetApp.Controllers
{
    public class HomeController : Controller
    {
        public IActionResult Index()
        {
            var product = new Product
            {
                Id = 1,
                Name = "Laptop",
                Price = 999.99M
            };
            return View(product);
        }
    }
}
2. This action creates a `Product` object and passes it to the view.
   

1. Open Index.cshtml and update it to display the product details:
   
   Code:

   @model MyFirstAspNetApp.Models.Product
@{
    ViewData["Title"] = "Product Details";
}
<h2>@Model.Name</h2>
<p>Product ID: @Model.Id</p>
<p>Price: $@Model.Price</p>
2. This view uses the `Product` model to display product information.
   

1. Press F5 to run the application.
   
2. Navigate to http://localhost:5000/Home/Index.
   
3. You should see the product details displayed on the page.
   

1. Open HomeController.cs and add a new action to handle the form submission:
   
   Code:

   using Microsoft.AspNetCore.Mvc;
using MyFirstAspNetApp.Models;
namespace MyFirstAspNetApp.Controllers
{
    public class HomeController : Controller
    {
        public IActionResult Index()
        {
            var product = new Product
            {
                Id = 1,
                Name = "Laptop",
                Price = 999.99M
            };
            return View(product);
        }
        [HttpPost]
        public IActionResult Create(Product product)
        {
            // Here you would typically save the product to a database
            return RedirectToAction("Index");
        }
    }
}
2. This action handles the form submission and redirects back to the Index page.
   

1. Open Index.cshtml and add a form to create a new product:
   
   Code:

   @model MyFirstAspNetApp.Models.Product
@{
    ViewData["Title"] = "Create Product";
}
<h2>Create a New Product</h2>
<form asp-action="Create" method="post">
    <div>
        <label for="Name">Product Name</label>
        <input type="text" id="Name" name="Name" value="@Model.Name" />
    </div>
    <div>
        <label for="Price">Price</label>
        <input type="text" id="Price" name="Price" value="@Model.Price" />
    </div>
    <button type="submit">Create</button>
</form>
2. This form allows users to submit a new product.
   

1. Press F5 to run the application.
   
2. Navigate to http://localhost:5000/Home/Index.
   
3. Fill out the form and click Create. The form submission will trigger the `Create` action in the controller.
   
4. You will be redirected back to the Index page.
   

1. In Visual Studio, right-click on the project in Solution Explorer and select Publish.
   
2. Choose a target for deployment (e.g., Azure, IIS, or a folder).
   
3. Follow the prompts to configure the deployment settings and publish your application.
   

1. If you choose to deploy to Azure, you can create a new Azure App Service directly from Visual Studio.
   
2. Sign in with your Azure account, choose a resource group, and configure the app settings.
   
3. Click Create to create the App Service and deploy your application.
   
4. Once the deployment is complete, you can access your application via the provided Azure URL.