public void MoveWorks()
{
var unscrambler = new Unscrambler();
Assert.Equal("bcdea", unscrambler.Unscramble("bdeac", new[] { SampleOps.Move1To4 }));
Assert.Equal("bdeac", unscrambler.Unscramble("abdec", new[] { SampleOps.Move3To0 }));
}
public void RotateWorks()
{
var unscrambler = new Unscrambler();
Assert.Equal("abcde", unscrambler.Unscramble("bcdea", new[] { SampleOps.Rotate1Left }));
Assert.Equal("abcde", unscrambler.Unscramble("cdeab", new[] { SampleOps.Rotate8Right }));
}
public void RotateByLetterWorks()
{
var unscrambler = new Unscrambler();
Assert.Equal("abcdefgh", unscrambler.Unscramble("ghabcdef", new[] { SampleOps.RotateByB }));
Assert.Equal("abcdefgh", unscrambler.Unscramble("efghabcd", new[] { SampleOps.RotateByD }));
Assert.Equal("abcdefgh", unscrambler.Unscramble("habcdefg", new[] { SampleOps.RotateByH }));
}
public string Solve(string[] input)
{
var parser = new OperationParser();
var steps = input.Select(line => parser.Parse(line));
var unscrambler = new Unscrambler();
return(unscrambler.Unscramble(Password, steps));
}
static void Main(string[] args)
{
try
{
Input User = new Input();
Unscrambler Unscramble = new Unscrambler();
int r; //result of tryparse
do
{
User.UserChoiceInstructions(Data.UserChoice); //choose to use manual or file input
var _userInput = Console.ReadLine() ?? string.Empty;
Data.UserChoice = (_userInput == string.Empty || !int.TryParse(_userInput, out r))
? 4 : Convert.ToInt32(_userInput); //If user input is unrecognized, the choice is set to 4 by default
do
{
if (Data.UserChoice == 4 || (Data.UserChoice != 1 || Data.UserChoice != 2 || Data.UserChoice != 3))
{
User.UserChoiceInstructions(Data.UserChoice); // In case user chose unrecognized option
_userInput = Console.ReadLine() ?? string.Empty;
Data.UserChoice = (_userInput == string.Empty || !int.TryParse(_userInput, out r))
? 4 : Convert.ToInt32(_userInput);
}
Data.RepeatProcess = (Data.UserChoice == 1 || Data.UserChoice == 2 || Data.UserChoice == 3) ? false : true;
} while (Data.RepeatProcess);
User.UserChoiceInstructions(Data.UserChoice); //When recognized option is chosen, program keeps running
Data.UserFileListInput = Console.ReadLine() ?? string.Empty;
if (User.AcquireTypeOfUserInpput(Data.UserChoice, Data.UserFileListInput) != null)
{
Unscramble.MatchesFound(Data.ScrambledWords); //Looks for matches if there wasnt an error in file path case
User.RepeatProgram(); //Does user want to repeat the prorgam?
}
} while (Data.ContinueWordUnscrambler);
//User.PrintArray(Data.Dictionary);
//Console.ReadKey();
}
catch (Exception ex)
{ Console.WriteLine(Constants.ErrorCaught + ex.Message); }
}
public void SwapPositionWorks()
{
var unscrambler = new Unscrambler();
Assert.Equal("abcde", unscrambler.Unscramble("ebcda", new[] { SampleOps.Swap4With0 }));
}
public void ScramblingWithSequenceWorks()
{
var unscrambler = new Unscrambler();
Assert.Equal("abcde", unscrambler.Unscramble("abdec", SampleOps.Sequence.Where(op => !(op is RotateByLetter))));
}
public void ReverseWorks()
{
var unscrambler = new Unscrambler();
Assert.Equal("edcba", unscrambler.Unscramble("abcde", new[] { SampleOps.Reverse0Through4 }));
}
public void SwapLetterWorks()
{
var unscrambler = new Unscrambler();
Assert.Equal("ebcda", unscrambler.Unscramble("edcba", new[] { SampleOps.SwapDWithB }));
}
