public void MultipleCachedInvocationsYieldsSingleActualInvocation()
{
var instance = new ForTestingPurposes();
var proxy = new PerInstanceAdapter <IForTestingPurposes>(For.Ever())
.Adapt(instance);
proxy.MethodCall(0, "zero");
proxy.MethodCall(0, "zero");
proxy.MethodCall(0, "zero");
Assert.Equal <uint>(1, instance.MethodCallInvocationCount);
}
public void SerializedResultMatchesInvokedMethodResult()
{
var eventCount = 0;
object serializedResult = null;
var proxy = new PerInstanceAdapter <IForTestingPurposes>
(
Process.Lean(EventProcessor),
CaptureOptions.SerializedResult
)
.Adapt(new ForTestingPurposes());
var result = proxy.MethodCall(0, "zero");
Assert.Equal(1, eventCount);
Assert.Equal(result, JsonConvert.DeserializeObject((string)serializedResult));
void EventProcessor(IDictionary <string, object> @event)
{
eventCount++;
serializedResult = @event[nameof(CaptureOptions.SerializedResult)];
}
}
public void DeclaringTypeMatchesInvokedMethod()
{
var eventCount = 0;
object typeName = null;
var proxy = new PerInstanceAdapter <IForTestingPurposes>
(
Process.Lean(EventProcessor),
CaptureOptions.DeclaringTypeName
)
.Adapt(new ForTestingPurposes());
proxy.MethodCall(0, "zero");
Assert.Equal(1, eventCount);
Assert.Equal(typeof(ForTestingPurposes).FullName, typeName);
void EventProcessor(IDictionary <string, object> @event)
{
eventCount++;
typeName = @event[nameof(CaptureOptions.DeclaringTypeName)];
}
}
