public void FormatTimeAsDash_WhenTimeIsNullRegardlessOfAccuracy(TimeAccuracy accuracy)
{
var sut = new PossibleTimeSaveFormatter
{
Accuracy = accuracy
};
var formattedTime = sut.Format(null);
Assert.Equal(TimeFormatConstants.DASH, formattedTime);
}
public void FormatTimeCorrectly_WhenTimeIsValidAndAccuracyIsSupplied(string timespanText, TimeAccuracy accuracy,
string expectedTime)
{
var sut = new PossibleTimeSaveFormatter
{
Accuracy = accuracy
};
var time = TimeSpan.Parse(timespanText);
var formattedTime = sut.Format(time);
Assert.Equal(expectedTime, formattedTime);
}
private string possibleTimeSaveComponent()
{
var comparison = State.CurrentComparison;
TimeSpan?time = null;
if (State.CurrentPhase == TimerPhase.Running || State.CurrentPhase == TimerPhase.Paused)
{
time = GetPossibleTimeSave(State, State.CurrentSplitIndex, comparison);
}
else
{
time = null;
}
return(formatInfoText("Possible Time Save", PossibleTimeSaveFormatter.Format(time)) + "\n");
}
public void FormatTimeCorrectly_WhenDecimalsDropped(string timespanText, TimeAccuracy accuracy,
bool dropDecimals, string expectedTime)
{
var sut = new PossibleTimeSaveFormatter
{
DropDecimals = dropDecimals,
Accuracy = accuracy
};
var time = TimeSpan.Parse(timespanText);
var formattedTime = sut.Format(time);
Assert.Equal(expectedTime, formattedTime);
}
public void TestPossibleTimeSaveFormatter(string timespanText, TimeAccuracy accuracy, string expected)
{
var formatter = new PossibleTimeSaveFormatter();
formatter.Accuracy = accuracy;
TimeSpan?time = null;
if (timespanText != null)
{
time = TimeSpan.Parse(timespanText);
}
string formatted = formatter.Format(time);
Assert.AreEqual(expected, formatted);
}