public virtual void ConstructorIsRobust()
{
Assert.DoesNotThrow(() =>
{
var x = new BerlinClock.Classes.BerlinClock();
});
}
public string ConvertTime(string aTime)
{
if (!IsValid(aTime))
{
throw new Exception("Time format is not valid");
}
var time = Parse(aTime);
var clock = new BerlinClock(new LampRowBuilder(), time);
return(clock.ToString());
}
public static BerlinClock FromTime(Time time)
{
var builder = new BerlinClockBuilder();
var result = builder.BuildBerlinClockRepresentation(time);
var clock = new BerlinClock()
{
Time = time,
TimeStr = result
};
return(clock);
}
public string convertTime(string aTime)
{
ITime time = new TimeString(aTime);
IBerlinClock berlinClock = new BerlinClock.Classes.BerlinClock(time);
string result = berlinClock.getSeconds() + "\r\n"
+ berlinClock.getHoursTimes5() + "\r\n"
+ berlinClock.GetHoursTimes1() + "\r\n"
+ berlinClock.getMinutesTimes5() + "\r\n"
+ berlinClock.GetMinutsTimes1();
return(result);
}
public void WhenTheTimeIs_MiddleOfTheAfternoon()
{
int hours = 13;
int minutes = 17;
int seconds = 01;
string expectedResult = "O\nRROO\nRRRO\nYYROOOOOOOO\nYYOO";
var topFirstTime = new TimeConverterTopFirst();
var topSecondTime = new TimeConverterTopSecond();
var bottomFirstTime = new TimeConverterBottomFirst();
var bottomSecondTime = new TimeConverterBottomSecond();
var yellowLampGen = new TimeConverterYellowLamp();
var clock = new BerlinClock.Classes.BerlinClock(topFirstTime,
topSecondTime, bottomFirstTime, bottomSecondTime, yellowLampGen);
var result = clock.Generate(hours, minutes, seconds);
Assert.AreEqual(result, expectedResult);
}
public void WhenTheTimeIs_JustBeforeMidnight()
{
int hours = 23;
int minutes = 59;
int seconds = 59;
string expectedResult = "O\nRRRR\nRRRO\nYYRYYRYYRYY\nYYYY";
var topFirstTime = new TimeConverterTopFirst();
var topSecondTime = new TimeConverterTopSecond();
var bottomFirstTime = new TimeConverterBottomFirst();
var bottomSecondTime = new TimeConverterBottomSecond();
var yellowLampGen = new TimeConverterYellowLamp();
var clock = new BerlinClock.Classes.BerlinClock(topFirstTime,
topSecondTime, bottomFirstTime, bottomSecondTime, yellowLampGen);
var result = clock.Generate(hours, minutes, seconds);
Assert.AreEqual(result, expectedResult);
}
public void Initialise()
{
berlinClock = new BerlinClock.Classes.BerlinClock(new TimeParser());
}
public string convertTime(string aTime)
{
var berlinClock = new Classes.BerlinClock(aTime);
return(berlinClock.ToString());
}
