C# Verbatim String Literal - @

using System;

public class Geeks
{
    static public void Main ()
    {
      	// using for file path
        string str = @"C:\Users";
      	Console.WriteLine("File Path: " + str);
      
      	// using double quotes
      	string str2 = @"Hello ""Geeks"" ";
        Console.WriteLine("Using Double Quotes: " + str2);
      
      	// using multi line
      	string str3 = @"
        This is 
        multi line 
        String";
          
      	Console.WriteLine("Multi Line: "+str3);
      	
    }
}

// C# program to illustrate
// the use of @ by using keyword
// as an identifier
using System;

public class GFG 
{
    // Main method
    static public void Main()
    {

        // Creating and initializing the array
        // here 'for' keyword is used as 
        // an identifier by using @ symbol
        string[] @for = {"C#", "PHP", "Java", "Python"};

        // as and for keywords is 
        // as an identifier
        // using @ symbol
        foreach (string @as in @for) {
           Console.WriteLine("Element of Array: {0}", @as);
        }
    }
}

// Using Verbatim String Literal
using System;

public class Geeks
{
    static public void Main ()
    {
      	// Verbatim String Literal
        string str = @"This is \n a verbatim string";
      	Console.WriteLine(str);
    }
}

// C# program to illustrate
// the use of @ in terms of 
// escape sequences and new 
// line and tab
using System;

public class GFG {

    // Main method
    static public void Main()
    {

        // If you use the below commented
        // the part then this will give
        // Unrecognized escape sequence error
        // string S1 = "\\welcome \to GeeksforGeeks \ portal \";
        // Console.WriteLine("String 1 is :{0}", S1);

        // By using @ in the given string 
        // it runs smoothly because
        // @ symbol tells the compiler to
        // ignore all escape sequences
        string S2 = @"\\welcome \to GeeksforGeeks \ portal \";
        Console.WriteLine("String 2 is: {0}", S2);

        // printing new line character in string literal
        // but it will make the string to break  
        // into a new line, see output
        string S3 = "This is \n C# non verbatim string";
        Console.WriteLine("String 3 is :{0}", S3);

        // By using @ symbol /n does not processed
        string S4 = @"This is \n C# verbatim string";
        Console.WriteLine("String 4 is :{0}", S4);

        // printing a string literal contains 
        // tabs and new line without using 
        // any escape sequence
        Console.WriteLine(@"Without Tab Sequence and New Line Character
                               C          C++      Java       Python");
    }
}