Here’s a pointwise explanation of the statement regarding platform dependency in Python and C#, followed by a comparison table:

🐍 Python: Cross-Platform & Highly Portable

1. Interpreted Language:

   • Python runs on any system with a compatible interpreter (Windows, macOS, Linux, etc.).

2. Write Once, Run Anywhere:

   • Python code typically requires no modification to run across platforms.

3. Minimal Dependencies:

   • Many Python scripts can run with just the standard library.
   • External packages are managed via pip, which works across platforms.

4. Use Cases:

   • Widely used in data science, web development, automation, and scripting across OSes.

5. Example:

   import platform
   print("Running on:", platform.system())

   This will print the OS name, and the same script runs on Windows, Linux, or macOS.

💻 C#: Tied to .NET, Improved with .NET Core/.NET 5+

1. Traditionally Windows-Centric:

   • C# was originally built for the .NET Framework, which was Windows-only.

2. .NET Core and .NET 5+:

   • Introduced cross-platform support (Windows, Linux, macOS).
   • Still requires the .NET runtime to be installed on the target system.

3. Compilation Dependency:

   • C# code must be compiled, and the compiled binaries are platform-specific unless built with cross-platform targets.

4. Use Cases:

   • Common in enterprise applications, desktop apps, web APIs, and game development (Unity).

5. Example:

   Console.WriteLine("Running on: " + System.Runtime.InteropServices.RuntimeInformation.OSDescription);

   This prints the OS description, but requires the .NET runtime to execute.

🆚 Difference Table: Python vs. C# Platform Dependency