public void Run()
{
AssortedMethods.PrintLine('-', "Sort_GroupWordsByAnagram_UsingCustomAnagramComparator");
string[] array = { "apple", "banana", "carrot", "ele", "duck", "papel", "tarroc", "cudk", "eel", "lee" };
Sort_GroupWordsByAnagram_UsingCustomAnagramComparator(array);
AssortedMethods.PrintLine('-', "Sort_GroupWordsByAnagram_UsingDictionary");
string[] array2 = { "apple", "banana", "carrot", "ele", "duck", "papel", "tarroc", "cudk", "eel", "lee" };
Sort_GroupWordsByAnagram_UsingDictionary(array2);
}
public void Run()
{
int[] nthCounts = new int[] { 1, 3 }; //, 2, 9, 10, 11,12
nthCounts.Print("Get Positions:");
var head = GetLinkedListSingly_Serial(0, 10);
head.PrintForward("\nLink List:");
foreach (int nth in nthCounts)
{
int i = 0;
Console.WriteLine($"NthToLast_1_Recurssive_InternalCounter: {NthToLast_1_Recurssive_InternalCounter(head, nth)}");
AssortedMethods.PrintLine('-');
Console.WriteLine($"NthToLast_2_Recurssive_ExternalCounter: {NthToLast_2_Recurssive_ExternalCounter(head, nth, ref i).NodeValue()}");
AssortedMethods.PrintLine('-');
Console.WriteLine($"NthToLast_3_Recurssive_ExternalCounterAndNode{NthToLast_3_Recurssive_ExternalCounterAndNode(head, nth).NodeValue()}");
AssortedMethods.PrintLine('-');
Console.WriteLine($"NthToLast_4_Iterative_TwoPointers{NthToLast_4_Iterative_TwoPointers(head, nth).NodeValue()}");
AssortedMethods.PrintLine('=');
}
}
public static void PrintBinaryToString_Run()
{
double number = 0.125;
int bits = 32;//try for both 32 and 64
Console.WriteLine($"double number ='{number}' Binary Representation ='{ PrintBinaryToString_UsingMultiplicationBy2(number, bits)}' ");
Console.WriteLine($"double number ='{number}' Binary Representation ='{ PrintBinaryToString_UsingProgressveFraction(number, bits)}' ");
AssortedMethods.PrintLine('=', "Print for 0-999 only if no error");
for (var i = 0; i < 1000; i++)
{
var num = i / 1000.0;
var binary = PrintBinaryToString_UsingMultiplicationBy2(num, bits);
var binary2 = PrintBinaryToString_UsingProgressveFraction(num, bits);
if (!binary.Contains("ERROR") || !binary2.Contains("ERROR"))
{
Console.WriteLine($"number={num} : " +
$"PrintBinaryToString_UsingMultiplicationBy2={binary} " +
$"PrintBinaryToString_UsingProgressveFraction {binary2}");
AssortedMethods.PrintLine('-');
}
}
}