public void ParameterProviderAddsMappingForSubClassWhenBaseClassIsMapped()
{
var tpp = new TraceParameterProvider();
tpp.ForAnything()
.With <BaseClass>()
.Trace(c => c.Message);
var proxy2 = new TypeImplementer(typeof(ISubClassEventSource), tpp).EventSource;
Assert.DoesNotThrow(delegate
{
var proxy = new TypeImplementer(typeof(ISubClassEventSource), tpp).EventSource;
});
}
public void CanAddRulesToEventSource()
{
var tpp = new TraceParameterProvider();
tpp.ForAnything().With <Exception>()
.Trace(e => e.Message)
.Trace(e => e.StackTrace);
var proxy = (EventSourceWithRules) new TypeImplementer(typeof(EventSourceWithRules), tpp).EventSource;
EnableLogging(proxy);
proxy.TraceException(new Exception("oops, world"));
// look at the events
var events = _listener.Events.ToArray();
Assert.AreEqual(1, events.Length);
Assert.AreEqual(2, events[0].Payload.Count);
Assert.That(events[0].Payload.Contains("oops, world"));
}
public void Test33()
{
var tpp = new TraceParameterProvider();
tpp.ForAnything().Trace((RagStatus r) => r.ToString());
var proxy = (ITest33) new TypeImplementer(typeof(ITest33), tpp).EventSource;
EnableLogging(proxy);
// do some logging
proxy.LogItServiceStatusEvent("it", RagStatus.Up);
// look at the events
var events = _listener.Events.ToArray();
Assert.AreEqual(1, events.Length);
Assert.AreEqual(2, events[0].Payload.Count);
Assert.AreEqual("it", events[0].Payload[0]);
Assert.AreEqual("Up", events[0].Payload[1]);
}
public void ContextShouldBeLast()
{
var tpp = new TraceParameterProvider();
tpp.ForAnything().AddContext("arg2", () => "extra");
var proxy = (IPayloadOrder) new TypeImplementer(typeof(IPayloadOrder), tpp).EventSource;
EnableLogging(proxy);
proxy.ForLoopIteration(0);
// look at the events
var events = _listener.Events.ToArray();
Assert.AreEqual(1, events.Length);
var payload = events[0].Payload.Select(o => o.ToString()).ToArray();
Assert.AreEqual(2, payload.Length);
Assert.That(payload[0] == ("0"));
Assert.That(payload[1] == ("extra"));
}
public void ContextShouldBeLast()
{
var tpp = new TraceParameterProvider();
tpp.ForAnything().AddContext("arg2", () => "extra");
var proxy = (IPayloadOrder)new TypeImplementer(typeof(IPayloadOrder), tpp).EventSource;
EnableLogging(proxy);
proxy.ForLoopIteration(0);
// look at the events
var events = _listener.Events.ToArray();
Assert.AreEqual(1, events.Length);
var payload = events[0].Payload.Select(o => o.ToString()).ToArray();
Assert.AreEqual(2, payload.Length);
Assert.That(payload[0] == ("0"));
Assert.That(payload[1] == ("extra"));
}
public void CanAddRulesToEventSource()
{
var tpp = new TraceParameterProvider();
tpp.ForAnything().With<Exception>()
.Trace(e => e.Message)
.Trace(e => e.StackTrace);
var proxy = (EventSourceWithRules)new TypeImplementer(typeof(EventSourceWithRules), tpp).EventSource;
EnableLogging(proxy);
proxy.TraceException(new Exception("oops, world"));
// look at the events
var events = _listener.Events.ToArray();
Assert.AreEqual(1, events.Length);
Assert.AreEqual(2, events[0].Payload.Count);
Assert.That(events[0].Payload.Contains("oops, world"));
}
public void Test33()
{
var tpp = new TraceParameterProvider();
tpp.ForAnything().Trace((RagStatus r) => r.ToString());
var proxy = (ITest33)new TypeImplementer(typeof(ITest33), tpp).EventSource;
EnableLogging(proxy);
// do some logging
proxy.LogItServiceStatusEvent("it", RagStatus.Up);
// look at the events
var events = _listener.Events.ToArray();
Assert.AreEqual(1, events.Length);
Assert.AreEqual(2, events[0].Payload.Count);
Assert.AreEqual("it", events[0].Payload[0]);
Assert.AreEqual("Up", events[0].Payload[1]);
}
public void ParameterProviderAddsMappingForSubClassWhenBaseClassIsMapped()
{
var tpp = new TraceParameterProvider();
tpp.ForAnything()
.With<BaseClass>()
.Trace(c => c.Message);
var proxy2 = new TypeImplementer(typeof(ISubClassEventSource), tpp).EventSource;
Assert.DoesNotThrow(delegate
{
var proxy = new TypeImplementer(typeof(ISubClassEventSource), tpp).EventSource;
});
}
