public void SetUp()
{
TestContext.AddFormatter <EventExpectation> (o => Formatter.Format((EventExpectation)o));
TestContext.AddFormatter <EventExpectation[]> (o => Formatter.Format((EventExpectation[])o));
TestContext.AddFormatter <Event> (o => Formatter.Format((Event)o));
TestContext.AddFormatter <IEnumerable <Event> > (o => Formatter.Format((IEnumerable <Event>)o));
}
public void GetParentThreadInfo()
{
ParentThread = Thread.CurrentThread;
ParentThreadApartment = GetApartmentState(ParentThread);
TestContext.AddFormatter <Thread>((t) => "Thread #" + ((Thread)t).ManagedThreadId);
}
public static void FormatValue_ContextualCustomFormatterNotInvokedForNull()
{
// If this factory is actually called with null, it will throw
TestContext.AddFormatter(next => val => (val.GetType() == typeof(CustomFormattableType)) ? val.ToString() : next(val));
Assert.That(MsgUtils.FormatValue(null), Is.EqualTo("null"));
}
public void SetUpTests()
{
TestContext.AddFormatter <Point>(val => PointToString((Point)val));
TestContext.AddFormatter <Size>(val => SizeToString((Size)val));
TestContext.AddFormatter <Line>(val => LineToString((Line)val));
TestContext.AddFormatter <Rect>(val => RectToString((Rect)val));
}
public void SetUp()
{
TestContext.AddFormatter <TObject>(obj =>
{
var tObj = (TObject)obj;
return($"{tObj} (T = {tObj.Time}, L = {tObj.Length})");
});
}
public void SetUp()
{
TestContext.AddFormatter <ILengthedObject>(obj =>
{
var lengthedObject = (ILengthedObject)obj;
return($"{obj} (T = {lengthedObject.Time}, L = {lengthedObject.Length})");
});
}
public void TestApprox2(float input, float roundTo, float expected)
{
TestContext.AddFormatter <float>(val => ((float)val).ToString("F6"));
var output = input.RoundTo(roundTo);
Assert.AreEqual(expected, output);
}
public void SetUp()
{
// Work around NUnit bug/feature.
// NUnit tries to enumerate any IEnumerable for informational
// purposes (NUnit.Framework.Constraints.MsgUtils), but Variant
// will throw an exception if it is not a container. This causes
// tests to fail unexpectedly. So, we add a value formatter for
// Variant so that it does not try to use the built-in IEnumerable.
TestContext.AddFormatter <Variant> (v => ((Variant)v).Print(true));
}
public void SetUp()
{
TestContext.AddFormatter <ITimedObject>(obj =>
{
var timedObject = (ITimedObject)obj;
var lengthedObject = obj as ILengthedObject;
return(lengthedObject != null
? $"{obj} (T = {lengthedObject.Time}, L = {lengthedObject.Length})"
: $"{obj} (T = {timedObject.Time})");
});
}
public static void FormatValue_ContextualCustomFormatterInvoked_FormatterArg()
{
TestContext.AddFormatter <CustomFormattableType>(val => "custom_formatted_using_type");
Assert.That(MsgUtils.FormatValue(new CustomFormattableType()), Is.EqualTo("custom_formatted_using_type"));
}
public static void FormatValue_ContextualCustomFormatterInvoked_FactoryArg()
{
TestContext.AddFormatter(next => val => (val is CustomFormattableType) ? "custom_formatted" : next(val));
Assert.That(MsgUtils.FormatValue(new CustomFormattableType()), Is.EqualTo("custom_formatted"));
}
static DataPropertyConstraint()
{
TestContext.AddFormatter <DataPropertyConstraint>(val => Format((DataPropertyConstraint)val));
}
public void ConfigureFormatters()
{
TestContext.AddFormatter <HtmlNode>(n => HtmlRenderer.Default.RenderNode((HtmlNode)n));
}
public void ConfigureFormatters()
{
TestContext.AddFormatter <HtmlEntity>(e => ((HtmlEntity)e).ToHtml());
}
