public void from_instance_method_in_nested_class_show_correct_CallingType()
{
var log = new List <LogEntry>();
using (Log.Events().Subscribe(log.Add))
{
var widget = new BoundaryTests.NestedWidget();
widget.DoStuff();
}
Assert.That(log.Single(e => e.EventType == TraceEventType.Start).CallingType,
Is.EqualTo(typeof(BoundaryTests.NestedWidget)));
Assert.That(log.Single(e => e.EventType == TraceEventType.Start).CallingType,
Is.EqualTo(typeof(BoundaryTests.NestedWidget)));
}
public async Task from_instance_method_in_nested_class_show_correct_CallingType()
{
var log = new List<LogEntry>();
using (Log.Events().Subscribe(log.Add))
{
var widget = new BoundaryTests.NestedWidget();
await widget.DoStuffAsync();
}
Assert.That(log.Single(e => e.EventType == TraceEventType.Start).CallingType,
Is.EqualTo(typeof (BoundaryTests.NestedWidget)));
Assert.That(log.Single(e => e.EventType == TraceEventType.Stop).CallingType,
Is.EqualTo(typeof (BoundaryTests.NestedWidget)));
}
public void from_instance_method_in_nested_class_show_correct_CallingMethod()
{
var log = new List<LogEntry>();
using (Log.Events().Subscribe(log.Add))
{
var widget = new BoundaryTests.NestedWidget();
widget.DoStuff();
}
Assert.That(log.Single(e => e.EventType == TraceEventType.Start).CallingMethod,
Is.EqualTo("DoStuff"));
Assert.That(log.Single(e => e.EventType == TraceEventType.Start).CallingMethod,
Is.EqualTo("DoStuff"));
}