static void Main(string[] args)
{
var rv = new RevanClock();
// Toggle comment to change the parser to one that recognizes C#'s DateTime Class
// rv.Parser = new CSParser();
// Toggle comment to change the 5 hour/minute chunks to 12 hour/minute chunks
// rv.Encoder = new StandardEncoder(12);
// Bulb is used to change the character that represents a bulb.
// rv.Bulb = new ROBulb();
// This is how we would change the color of the bulb located 3rd, 6th, 9th.
// rv.Accent = new QuarterAccent(new YOBulb());
// Formatter is where we would be able to convert the string output to an html output
// rv.Formatter [not implemented]
Console.WriteLine("Please enter the time in a 24-hour format [hh:mm:ss]: ");
string timeString = Console.ReadLine();
Console.WriteLine(rv.parse(timeString));
Console.WriteLine("\n\nPress enter to quit.");
Console.ReadLine();
}
public void TestSampleTime()
{
var expectedOutput = "Y RRRO ROOO YYRYYRYOOOO YYOO";
var input = "16:37:16";
// create a clock
var revan = new Revan.RevanClock();
Assert.AreEqual(expectedOutput, revan.parse(input), "The time did not parse corectly");
}
public void TestBulbSwap()
{
var expectedOutput = "R YYYO YOOO RRYRRYROOOO RROO";
var input = "16:37:16";
// create a clock
var revan = new Revan.RevanClock()
{
Bulb = new Revan.ROBulb(),
Accent = new Revan.QuarterAccent(new Revan.YOBulb())
};
Assert.AreEqual(expectedOutput, revan.parse(input), "The time did not parse corectly");
}