/// <summary> /// Defines the entry point of the application. /// </summary> /// <param name="args">The arguments.</param> public static void Main(string[] args) { //// To Perform Test Cases atleast once but in this case created infinite loop while (true) { Console.WriteLine(); Console.WriteLine("Press 1 : Vending Machine"); Console.WriteLine("Press 2 : Day Of Week"); Console.WriteLine("Press 3 : Temperature Convertion"); Console.WriteLine("Press 4 : Monthly Payment"); Console.WriteLine("Press 5 : Sqrt Newtons Method"); Console.WriteLine("Press 6 : Permutations Of a String"); Console.WriteLine("Press 7 : Binary Search The Word From Word List"); Console.WriteLine("Press 8 : Insertion Sort"); Console.WriteLine("Press 9 : Bubble Sort"); Console.WriteLine("Press 10 : Merge Sort"); Console.WriteLine("Press 11 : An Anagram Detection"); Console.WriteLine("Press 12 : Prime Numbers b/w Range"); Console.WriteLine("Press 13 : Question to Find your number"); Console.WriteLine("Press 14 : Message Demonstration using String Function "); int press = Convert.ToInt32(Console.ReadLine()); switch (press) { case 1: VendingMachine vendingMachine = new VendingMachine(); vendingMachine.CalculateNotes(); break; case 3: TemperatureConvertion temperatureConvertion = new TemperatureConvertion(); temperatureConvertion.ConvertTemperature(); break; case 4: MonthlyPayment monthlyPayment = new MonthlyPayment(); monthlyPayment.CalculatePayment(); break; case 5: SqrtNewtonMethod sqrtNewtonMethod = new SqrtNewtonMethod(); sqrtNewtonMethod.FindSqrtNewtonMethod(); break; case 8: Insertion_Sort insertion_Sort = new Insertion_Sort(); insertion_Sort.PerformInsertionSort(); break; case 9: Bubble_Sort bubble_Sort = new Bubble_Sort(); bubble_Sort.Sort(); break; case 11: Anagram anagram = new Anagram(); anagram.DetectAnagram(); break; case 12: Prime_Numbers prime_Numbers = new Prime_Numbers(); prime_Numbers.CheckPrime(); break; default: Console.WriteLine("Invalid Choice"); break; } } }
/// <summary> /// Mains the specified arguments. /// </summary> /// <param name="args">The arguments.</param> public static void Main(string[] args) { int choice = 0; Console.WriteLine("1:Check Anagram\n2:Prime Numbers Bet 1000\n3:Prime Palindrome\n4:Prime Anagram\n5:Binary Sort For Integer\n6:Binary Sort for String\n" + "7:Insertion sort for String\n8:Insertion sort for Integer\n9:Calculate Day Of Week\n10:Temperature Conversion\n11:Monthly Payment\n12:" + "Squere Root\n13:Calculate Binary Numbers\n14:Bubble Sort For Integer\n15:Bubble Sort For String\n16:Binay Search For File\n17:" + "Bubble Sort Using File\n18:Calculate Notes\n19:binary Operation Swapping Nibbles\n20:Merge Sort"); do { try { Console.WriteLine("Enter Your Choice"); choice = int.Parse(Console.ReadLine()); switch (choice) { case 1: Utility.CheckAnagram(); Console.ReadKey(); break; case 2: ArrayList list = Utility.PrimeNumbersbet1000(); Utility.ShowList(list); Console.ReadKey(); break; case 3: Utility.PrimePalindrome(); break; case 4: Utility.PrimeAnagram(); Console.ReadKey(); break; case 5: Input.InputBinaryforInt(); Console.ReadKey(); break; case 6: Input.InputBinaryforString(); Console.ReadKey(); break; case 7: Input.InputInsertionforString(); Console.ReadKey(); break; case 8: Input.InputInsertionforInt(); Console.ReadKey(); break; case 9: Utility.DayOfWeek(); Console.ReadKey(); break; case 10: Utility.TemperaturConversion(); Console.ReadKey(); break; case 11: Utility.MonthlyPayment(); Console.ReadKey(); break; case 12: Utility.Sqrt(); Console.ReadKey(); break; case 13: Input.PrintBinaryDigit(); Console.ReadKey(); break; case 14: Input.InputBubbleSortforInt(); Console.ReadKey(); break; case 15: Input.InputBubbleSortforString(); Console.ReadKey(); break; case 16: Input.BinarySearchUsingFile(); Console.ReadKey(); break; case 17: Input.BubbleSortUsingFile(); Console.ReadKey(); break; case 18: VendingMachine.CalculateNotes(); Console.ReadKey(); break; case 19: Binary.SwapNibbles(); Console.ReadKey(); break; case 20: Input.MergeSort(); Console.ReadKey(); break; } } catch (Exception) { Console.WriteLine("Please Enter Correct Input"); } }while (choice != 0); }
/// <summary> /// Mains the specified arguments. /// </summary> /// <param name="args">The arguments.</param> public static void Main(string[] args) { Console.WriteLine("Enter Your Choice"); int choice = int.Parse(Console.ReadLine()); do { switch (choice) { case 1: Utility.CheckAnagram(); Console.ReadKey(); break; case 2: ArrayList list = Utility.PrimeNumbersbet1000(); Utility.ShowList(list); Console.ReadKey(); break; case 3: Utility.PrimePalindrome(); break; case 4: Utility.PrimeAnagram(); Console.ReadKey(); break; case 5: Input.InputBinaryforInt(); Console.ReadKey(); break; case 6: Input.InputBinaryforString(); Console.ReadKey(); break; case 7: Input.InputInsertionforString(); Console.ReadKey(); break; case 8: Input.InputInsertionforInt(); Console.ReadKey(); break; case 9: Utility.DayOfWeek(); Console.ReadKey(); break; case 10: Utility.TemperaturConversion(); Console.ReadKey(); break; case 11: Utility.MonthlyPayment(); Console.ReadKey(); break; case 12: Utility.Sqrt(); Console.ReadKey(); break; case 13: Input.PrintBinaryDigit(); Console.ReadKey(); break; case 14: Input.InputBubbleSortforInt(); Console.ReadKey(); break; case 15: Input.InputBubbleSortforString(); Console.ReadKey(); break; case 16: Input.BinarySearchUsingFile(); Console.ReadKey(); break; case 17: Input.BubbleSortUsingFile(); Console.ReadKey(); break; case 18: VendingMachine.CalculateNotes(); Console.ReadKey(); break; case 19: Binary.SwapNibbles(); Console.ReadKey(); break; } }while (choice != 0); }