public void ProcessRecords_BatchRecordsEndMidBatch_ProcessedProperly()
{
var config = new DataCollectorConfiguration {
MsmqQueueName = "unittest-2-" + DateTime.Now.ToString("u")
};
var q = new MsmqRecordRepository(new DatasourceRecordSerializer(), config);
var dummyData = PushDummyRecords(q, 5);
var processed = new List <IEnumerable <DatasourceRecord> >();
q.ProcessRecords(processed.Add, 2);
Assert.AreEqual(3, processed.Count);
Assert.AreEqual(2, processed[0].Count());
Assert.IsTrue(dummyData[0].Equivalent(processed[0].ToArray()[0]));
Assert.IsTrue(dummyData[1].Equivalent(processed[0].ToArray()[1]));
Assert.AreEqual(2, processed[1].Count());
Assert.IsTrue(dummyData[2].Equivalent(processed[1].ToArray()[0]));
Assert.IsTrue(dummyData[3].Equivalent(processed[1].ToArray()[1]));
Assert.AreEqual(1, processed[2].Count());
Assert.IsTrue(dummyData[4].Equivalent(processed[2].ToArray()[0]));
}
public RandomDatasource(DataCollectorConfiguration configuration)
{
_min = (double)configuration.RandomDatasourceMin;
_max = (double)configuration.RandomDatasourceMax;
Id = configuration.RandomDatasourceDeviceID;
Schedule = configuration.RandomDatasourceSchedule;//configuration.RandomDatasourceIntervalSeconds
}
public void ProcessRecords_InvalidBatchSize_RaiseException()
{
var config = new DataCollectorConfiguration {
MsmqQueueName = "unittest-3-" + DateTime.Now.ToString("u")
};
var q = new MsmqRecordRepository(new DatasourceRecordSerializer(), config);
var processed = new List <IEnumerable <DatasourceRecord> >();
q.ProcessRecords(processed.Add, 0);
}
public void ProcessRecords_NoRecords_DontBomb()
{
var config = new DataCollectorConfiguration {
MsmqQueueName = "unittest-3-" + DateTime.Now.ToString("u")
};
var q = new MsmqRecordRepository(new DatasourceRecordSerializer(), config);
var processed = new List <IEnumerable <DatasourceRecord> >();
q.ProcessRecords(processed.Add, 999);
Assert.AreEqual(0, processed.Count);
}
public ItemLoadedDatasource(ITimer timer, DataCollectorConfiguration configuration)
{
_timer = timer;
_variation = configuration.ItemProducedTimeVariation;
_rate = configuration.ItemProducedSampleRate;
_rand = new Random();
_maxitems = configuration.ItemProducedMax;
_timer.Tick += (sender, args) => StartRead();
_timer.Change(TimeSpan.Zero, TimeSpan.FromSeconds(_rate)
+ TimeSpan.FromSeconds((_rand.NextDouble() - 0.5) * _variation));
Id = configuration.ItemProducedDeviceID;
}
public void StartRead_CreatesValue()
{
var config = new DataCollectorConfiguration
{
RandomDatasourceMin = 10,
RandomDatasourceMax = 20
};
var r = new RandomDatasource(config);
DataReceivedEventArgs <decimal> args = null;
r.DataReceived += (s, a) => args = a;
r.StartRead();
Assert.IsTrue(args.Value > 10);
Assert.IsTrue(args.Value < 20);
}
public void ProcessRecords_RecordsWithoutBatching_ProcessedProperly()
{
var config = new DataCollectorConfiguration {
MsmqQueueName = "unittest-1-" + DateTime.Now.ToString("u")
};
var q = new MsmqRecordRepository(new DatasourceRecordSerializer(), config);
var dummyData = PushDummyRecords(q, 5);
var processed = new List <IEnumerable <DatasourceRecord> >();
q.ProcessRecords(processed.Add, 999);
Assert.AreEqual(1, processed.Count);
Assert.AreEqual(5, processed[0].Count());
//Sometimes we do unspeakable things in unit tests
Assert.IsTrue(dummyData[0].Equivalent(processed[0].ToArray()[0]));
Assert.IsTrue(dummyData[1].Equivalent(processed[0].ToArray()[1]));
Assert.IsTrue(dummyData[2].Equivalent(processed[0].ToArray()[2]));
Assert.IsTrue(dummyData[3].Equivalent(processed[0].ToArray()[3]));
Assert.IsTrue(dummyData[4].Equivalent(processed[0].ToArray()[4]));
}
public CPUDatasource(DataCollectorConfiguration configuration)
{
Id = configuration.CPUDeviceID;
Schedule = configuration.CPUDeviceSchedule; //configuration.CPUSampleRateSeconds
}
public ApiHost(DataCollectorConfiguration configuration, IContainer controllerResolver)
{
_configuration = configuration;
_controllerResolver = controllerResolver;
}
