public void EventsInBatchRecorded()
{
var expectedStats = LdValue.BuildObject().Add("stats", "testValue").Build();
var mockDiagnosticStore = MakeDiagnosticStore(null, null, new DiagnosticEvent(expectedStats));
var mockSender = MakeMockSender();
var eventCapture = EventCapture.From(mockSender);
var diagnosticCapture = EventCapture.DiagnosticsFrom(mockSender);
CountdownEvent diagnosticCountdown = new CountdownEvent(1);
using (var ep = MakeProcessor(_config, mockSender, mockDiagnosticStore.Object, null, diagnosticCountdown))
{
RecordEval(ep, BasicFlagWithTracking, BasicEval);
FlushAndWait(ep);
mockDiagnosticStore.Verify(diagStore => diagStore.RecordEventsInBatch(2), Times.Once(),
"Diagnostic store's RecordEventsInBatch should be called with the number of events in last flush");
ep.DoDiagnosticSend(null);
diagnosticCountdown.Wait();
mockDiagnosticStore.Verify(diagStore => diagStore.CreateEventAndReset(), Times.Once());
Assert.Equal(expectedStats, diagnosticCapture.EventsQueue.Take());
}
}
public void DiagnosticStoreInitEventSentToDiagnosticUri()
{
var expected = LdValue.BuildObject().Add("testKey", "testValue").Build();
var mockDiagnosticStore = MakeDiagnosticStore(null, new DiagnosticEvent(expected),
new DiagnosticEvent(LdValue.Null));
var mockSender = MakeMockSender();
var eventCapture = EventCapture.From(mockSender);
var diagnosticCapture = EventCapture.DiagnosticsFrom(mockSender);
var diagnosticCountdown = new CountdownEvent(1);
using (var ep = MakeProcessor(_config, mockSender, mockDiagnosticStore.Object, null, diagnosticCountdown))
{
diagnosticCountdown.Wait();
Assert.Equal(expected, diagnosticCapture.EventsQueue.Take());
}
}
public void DiagnosticDisablerDisablesInitialDiagnostics()
{
var testDiagnostic = LdValue.BuildObject().Add("testKey", "testValue").Build();
var mockDiagnosticStore = MakeDiagnosticStore(new DiagnosticEvent(testDiagnostic),
new DiagnosticEvent(testDiagnostic), new DiagnosticEvent(LdValue.Null));
var mockDiagnosticDisabler = new Mock <IDiagnosticDisabler>(MockBehavior.Strict);
mockDiagnosticDisabler.Setup(diagDisabler => diagDisabler.Disabled).Returns(true);
var mockSender = MakeMockSender();
var eventCapture = EventCapture.From(mockSender);
var diagnosticCapture = EventCapture.DiagnosticsFrom(mockSender);
using (var ep = MakeProcessor(_config, mockSender, mockDiagnosticStore.Object, mockDiagnosticDisabler.Object, null))
{
}
mockDiagnosticStore.Verify(diagStore => diagStore.InitEvent, Times.Never());
mockDiagnosticStore.Verify(diagStore => diagStore.PersistedUnsentEvent, Times.Never());
Assert.Empty(diagnosticCapture.Events);
}
public void DiagnosticDisablerEnabledInitialDiagnostics()
{
var expectedStats = LdValue.BuildObject().Add("stats", "testValue").Build();
var expectedInit = LdValue.BuildObject().Add("init", "testValue").Build();
var mockDiagnosticStore = MakeDiagnosticStore(new DiagnosticEvent(expectedStats),
new DiagnosticEvent(expectedInit), new DiagnosticEvent(LdValue.Null));
var mockDiagnosticDisabler = new Mock <IDiagnosticDisabler>(MockBehavior.Strict);
mockDiagnosticDisabler.Setup(diagDisabler => diagDisabler.Disabled).Returns(false);
var mockSender = MakeMockSender();
var eventCapture = EventCapture.From(mockSender);
var diagnosticCapture = EventCapture.DiagnosticsFrom(mockSender);
var diagnosticCountdown = new CountdownEvent(1);
using (var ep = MakeProcessor(_config, mockSender, mockDiagnosticStore.Object, mockDiagnosticDisabler.Object, diagnosticCountdown))
{
diagnosticCountdown.Wait();
Assert.Equal(expectedStats, diagnosticCapture.EventsQueue.Take());
Assert.Equal(expectedInit, diagnosticCapture.EventsQueue.Take());
}
}
