public void ParseInputAsTime(string text, int expectedHours, int expectedMins)
{
b.Info.Flow();
var sut = new TalkingClockSupport(ConverterChainBase.GetFullChain());
var result = sut.ParseTime(text);
Assert.Equal(expectedMins, result.Minute);
Assert.Equal(expectedHours, result.Hour);
}
public void BadParsesThrowException(string input)
{
b.Info.Flow();
var sut = new TalkingClockSupport(ConverterChainBase.GetFullChain());
Assert.Throws <ArgumentOutOfRangeException>(() => {
_ = sut.ParseTime(input);
});
}
public void FullUseCasesWork(int hour, int minute, string expected)
{
b.Info.Flow($"{hour}:{minute} -> {expected}");
var sut = new TalkingClockSupport(ConverterChainBase.GetFullChain());
var st = new SmallTimeRenderer(new SmallTime(hour, minute));
string reply = sut.ConvertTime(st);
b.Verbose.Log($"E[{expected}] A[{reply}]");
Assert.Contains(expected, reply);
}
public void PastCapabilityBasicTest(int hr, int min, string expected)
{
b.Info.Flow();
var st = new SmallTime()
{
Hour = hr,
Minute = min
};
var sut = ConverterChainBase.GetChain(new PastAndToCapability(), new DefaultNumbersToWords());
var res = sut.Handle(new SmallTimeRenderer(st));
Assert.Contains(expected, res.Render());
}
