sudipto80

// See https://aka.ms/new-console-template for more information

using Microsoft.CodeAnalysis.CSharp;
using Microsoft.CodeAnalysis.CSharp.Syntax;

public class Demo
{
    private static Dictionary<string, List<string>> _classWisePropMap
        = new Dictionary<string, List<string>>();

sudipto80

let cookieA = ["refined wheat flour";"sugar";"edible vegetable oil";"edible coconut products";
               "invert syrup";"milk solids";"edible starch";"raising agent";"edible common salt";
               "baking powder";"solbake";"emulsifier"]
let cookieB = ["refined wheat flour";"cocoa powder";"sugar";"cocoa butter";"dextrose";"lecithin";"vanillin";
               "editable vegetable oil";"raising agent";"cocoa solids";"edible common salt";"emulsifier"];

sudipto80

void Main()
{
	string csvFile = @"C:\MLDOTNET\iris.csv";
	var columns = File.ReadLines(csvFile)
	               .Take(1)
				   .First()
				   .Split(new char[] { ',' });
	var firstLine = File.ReadLines(csvFile)
				   .Skip(1)
				   .Take(1)

sudipto80

package hello

fun main() {
   	var x = 11
    var y = if (x > 10) { println("Hey!"); ":Kotlin"} else 
    {
        println("NO!")
        "OUCH!"
    }
    println(y)

sudipto80

package hello

fun main() {
    var xs = listOf(listOf(1,2,3),
                    listOf(1,5,6,2),
                    listOf(7,8,2,11,1))
    var result = xs[0]
    for(i in 1 .. xs.size - 1)
    {
        result = result.intersect(xs[i]).toList()

sudipto80

void Main()
{

	Cartesian<string>(new List<List<string>>() 
					{
						new List<string>() { "A", "B" }, 
					  	new List<string>() { "C", "D", "E" } 
					}).Dump();
}
public static List<List<T>> Cartesian<T>(List<List<T>> sets)

sudipto80

let rainfall = [[1.17;0.78];[1.24;3.22];[1.277;1.4]]
let months = [|"January";"February"|]

let rainfalStats = [ 0 .. months.Length - 1] 
                                      |> List.map 
                                      ( 
                                        fun index -> 
                                        (
                                            months.[index],
                                            rainfall |> List.map (fun row -> List.nth row index)

sudipto80

string[] words = new string[]
{"zebra","beard","duck","zest", "ducklin", "bearcat","dumb","beautiful","zebracrossing"};
//{ "zebra", "dog", "duck", "zimbawae", "zest","god","dove", "dig","got","dumb"};

Array.Sort(words);

Func<string, string, int> DiffersAt = (a, b) =>
  {
  	  int m = a.Length;
	  int n = b.Length;

sudipto80

string[] words = new string[]
{"zebra","beard","duck","zest", "ducklin", "bearcat","dumb","beautiful","zebracrossing"};
//{ "zebra", "dog", "duck", "zimbawae", "zest","god","dove", "dig","got","dumb"};

Array.Sort(words);

Func<string, string, int> DiffersAt = (a, b) =>
  {
  	  int m = a.Length;
	  int n = b.Length;

sudipto80

//Avoid Boxing

var code = @"public void fun(){int x = 32;
object o = x;}";

var tree = CSharpSyntaxTree.ParseText(code);



//x - Int