public void DeltaComponentFormatterFormatsTimeAsDash_WhenTimeIsNullAndAccuracyIsInHundredths()
{
var sut = new DeltaComponentFormatter(TimeAccuracy.Hundredths, false);
var formattedTime = sut.Format(null);
Assert.Equal(TimeFormatConstants.DASH, formattedTime);
}
public void DeltaComponentFormatterFormatsTimeCorrectly_WhenTimeIsValid(string timespanText, TimeAccuracy timeAccuracy, bool dropDecimals, string expectedDelta)
{
var sut = new DeltaComponentFormatter(timeAccuracy, dropDecimals: dropDecimals);
var time = TimeSpan.Parse(timespanText);
var formattedTime = sut.Format(time);
Assert.Equal(expectedDelta, formattedTime);
}
public DeltaComponent(LiveSplitState state)
{
Settings = new DeltaSettings()
{
CurrentState = state
};
Formatter = new DeltaComponentFormatter(Settings.Accuracy, Settings.DropDecimals);
InternalComponent = new InfoTimeComponent(null, null, Formatter);
state.ComparisonRenamed += state_ComparisonRenamed;
}
public DeltaComponent(LiveSplitState state)
{
Settings = new DeltaSettings()
{
CurrentState = state
};
Formatter = new DeltaComponentFormatter(Settings.Accuracy, Settings.DropDecimals);
InternalComponent = new InfoTimeComponent(null, null, Formatter);
state.ComparisonRenamed += state_ComparisonRenamed;
}
public void TestDeltaComponentFormatter(string timespanText, TimeAccuracy timeAccuracy, bool dropDecimals, string expected)
{
var formatter = new DeltaComponentFormatter(timeAccuracy, dropDecimals: dropDecimals);
TimeSpan?time = null;
if (timespanText != null)
{
time = TimeSpan.Parse(timespanText);
}
string formatted = formatter.Format(time);
Assert.AreEqual(expected, formatted);
}
