static void Main(string[] args)
{
BerlinClock berlinClock = new BerlinClock();
Console.WriteLine(berlinClock.convertTime("13:15:40"));
Console.ReadLine();
}
public BerlinClock Run(DateTime time)
{
var dt = Convert.ToDateTime(time);
var berlin = new BerlinClock();
berlin.SingleMinutes = SingleMinutes(dt.Minute);
berlin.FiveMinutes = FiveMinutes(dt.Minute);
berlin.SingleHours = SingleHours(dt.Hour);
berlin.FiveHours = FiveHours(dt.Hour);
berlin.Seconds = Seconds(dt.Second);
return berlin;
}
public string ConvertTime(string aTime)
{
ValidateTime(aTime);
var splitTime = aTime.Split(':');
var hour = Convert.ToInt32(splitTime[0]);
var minute = Convert.ToInt32(splitTime[1]);
var second = Convert.ToInt32(splitTime[2]);
var berlinClock = new BerlinClock(hour, minute, second);
return(berlinClock.GetBerlinTime());
}
/// <inheritdoc/>
public string ConvertTime(string aTime)
{
if (String.IsNullOrEmpty(aTime))
{
throw new ArgumentNullException("aTime");
}
Time time = Time.Parse(aTime);
IClock <Time> clock = new BerlinClock();
clock.Set(time);
return(clock.ToString());
}
public static void Main(string[] args)
{
String offIndicator = "O";
// Customizations start
Console.WriteLine("Press Enter to continue with default colors.");
Console.WriteLine("Enter the color for off indicator. Default is O");
string enteredOffInd = Console.ReadLine();
if (!(enteredOffInd == null || enteredOffInd == String.Empty))
{
offIndicator = enteredOffInd;
}
Console.WriteLine("Enter the color for seconds indicator. Default is Y");
string enteredSecInd = Console.ReadLine();
Console.WriteLine("Enter the color for hours indicator. Default is R");
string enteredHrInd = Console.ReadLine();
Console.WriteLine("Enter the color for quarter hour indicator. Default is R");
string enteredQtrInd = Console.ReadLine();
Console.WriteLine("Enter the color for minutes indicator Default is Y");
string enteredMinInd = Console.ReadLine();
// Customizations end
BerlinClock <String> bc = new BerlinClock <String> (offIndicator);
//check whether to apply custom colors or run with default colors
if (!(enteredSecInd == null || enteredSecInd == String.Empty))
{
bc.SecondsIndicator = enteredSecInd;
}
if (!(enteredHrInd == null || enteredHrInd == String.Empty))
{
bc.HoursIndicator = enteredHrInd;
}
if (!(enteredQtrInd == null || enteredQtrInd == String.Empty))
{
bc.QuarterIndicator = enteredQtrInd;
}
if (!(enteredMinInd == null || enteredMinInd == String.Empty))
{
bc.MinutesIndicator = enteredMinInd;
}
//instantiate TimeReader to read user's time input
TimeReader tr = new TimeReader();
Boolean isRead = false; //flag variable indicated read status
while (isRead == false) // run until user enters time in correct format
{
try {
Console.WriteLine("Enter time e.g. 04/18/2017 12:00:00 PM, 11 am, 11:45 am, 5 pm, 11:59 PM");
String enteredTime = Console.ReadLine();
DateTime timeValue = Convert.ToDateTime(enteredTime);
Console.WriteLine("Interpreted time in HH:mm:ss format is {0}", timeValue.ToString("HH:mm:ss"));
String dateTimeString = timeValue.ToString("HH:mm:ss");
tr.readTime(dateTimeString); //call to readTime function
isRead = true; //break out of while loop
} catch (FormatException e) {
Console.WriteLine(e.Message);
Console.WriteLine("An error has occured parsing the time. Please check your input and try again");
Console.WriteLine();
isRead = false;
}
}
bc.buildClock(tr); //call buildClock function to build the BerlinClock
Console.Write("Output: ");
Console.WriteLine(bc); // Display the output in a single line as required
}
