public void test_that_when_config_is_enabled__the_detector_subscribes_into_the_message_stream()
{
_mockLogger = new Mock <ILogger <PIRDetectionSink> >();
_mockConfig = new Mock <IOptions <PIRDetectionSinkConfig> >();
_mockStationConfig = new Mock <IOptions <StationConfig> >();
_mockTimeProvider = new Mock <ITimeProvider>();
_mockInfluxClient = new Mock <IInfluxClient>();
var testScheduler = new TestScheduler();
var kmStream = testScheduler.CreateHotObservable <KafkaMessage>(new Recorded <Notification <KafkaMessage> >(0, Notification.CreateOnNext(new KafkaMessage()
{
Id = "id1"
})));
//setup
_mockConfig.Setup(x => x.Value).Returns(new PIRDetectionSinkConfig {
Enabled = true
});
var filter = new PIRDetectionSink(_mockLogger.Object, _mockConfig.Object, _mockStationConfig.Object, _mockTimeProvider.Object, _mockInfluxClient.Object);
filter.Observe(kmStream);
_mockLogger.VerifyLogInfo("Detection filter Enabled. Subscribing to Kafka message stream.");
Assert.IsTrue(kmStream.Subscriptions.Count > 0);
}
public void test_that_when_config_is_disabled__the_detector_does_not_subscribe_into_the_message_stream()
{
_mockLogger = new Mock <ILogger <PIRDetectionSink> >();
_mockConfig = new Mock <IOptions <PIRDetectionSinkConfig> >();
_mockStationConfig = new Mock <IOptions <StationConfig> >();
_mockTimeProvider = new Mock <ITimeProvider>();
_mockInfluxClient = new Mock <IInfluxClient>();
//setup
_mockConfig.Setup(x => x.Value).Returns(new PIRDetectionSinkConfig {
Enabled = false
});
Subject <KafkaMessage> kmStream = new Subject <KafkaMessage>();
var filter = new PIRDetectionSink(_mockLogger.Object, _mockConfig.Object, _mockStationConfig.Object, _mockTimeProvider.Object, _mockInfluxClient.Object);
filter.Observe(kmStream);
_mockLogger.VerifyLogInfo("Detection filter disabled. Bypassing subscription to Kafka message stream");
kmStream.OnNext(new KafkaMessage()
{
});
Assert.IsFalse(kmStream.HasObservers);
}
public void test_that_when_threshold_is_exceeded_during_the_buffer_period__video_record_request_is_generated()
{
const string testStationId = "5677";
const string testStationArea = "Area1";
const string testKMPayLoad = "AAAADDD5677ZZZZ";
//set the date and time for the test
DateTime testDateTime = new DateTime(2020, 1, 1, 1, 0, 0);
_mockLogger = new Mock <ILogger <PIRDetectionSink> >();
_mockConfig = new Mock <IOptions <PIRDetectionSinkConfig> >();
_mockStationConfig = new Mock <IOptions <StationConfig> >();
_mockTimeProvider = new Mock <ITimeProvider>();
_mockInfluxClient = new Mock <IInfluxClient>();
_mockStationConfig.Setup(x => x.Value).Returns(new StationConfig()
{
Stations = new[] { new Station()
{
Id = testStationId, Description = testStationArea, Enabled = true
} }
});
_mockTimeProvider.Setup(x => x.GetCurrentTimeUtc()).Returns(testDateTime);
var testScheduler = new TestScheduler();
var kmStream = testScheduler.CreateColdObservable <KafkaMessage>(
testScheduler.OnNextAt(2000, GenerateTestKM(testKMPayLoad, testDateTime.AddMilliseconds(2000))),
testScheduler.OnNextAt(3000, GenerateTestKM(testKMPayLoad, testDateTime.AddMilliseconds(3000))),
testScheduler.OnNextAt(4000, GenerateTestKM(testKMPayLoad, testDateTime.AddMilliseconds(4000))),
testScheduler.OnNextAt(7000, GenerateTestKM(testKMPayLoad, testDateTime.AddMilliseconds(7000)))
);
//setup
_mockConfig.Setup(x => x.Value).Returns(new PIRDetectionSinkConfig {
Enabled = true
});
var filter = new PIRDetectionSink(_mockLogger.Object, _mockConfig.Object, _mockStationConfig.Object, _mockTimeProvider.Object, _mockInfluxClient.Object, testScheduler);
filter.Observe(kmStream);
testScheduler.AdvanceByMs(10500);
testScheduler.AdvanceByMs(1000);
_mockLogger.VerifyLogInfo($"Activity detected in station {testStationId}");
_mockInfluxClient.Verify(x => x.WritePirDetectEvent(It.IsAny <string>(), testStationId, testStationArea, It.IsAny <DateTime>()), Times.AtLeastOnce);
}