public void MeasurementReaderSingleLineInputTest()
{
const string input =
"2020-12-27T23:40:29.571091,M,M0,W0,M1,W1,M2,W2,M3,W3,M4,W4,M5,W5,M6,W6,M7,W7,M8,W8,M9,W9,CRC,0\n" +
"2020-12-27T23:40:29.676928,M,2506,0,2496,8572,2503,8028,2506,8356,2506,8360,2508,8356,2501,8344,2503,8372,2491,8372,2498,8388,61392,1\n";
var stream = new StringStream(input);
var measureReader = new MeasurementReader(stream.Reader);
Assert.IsTrue(measureReader.HasNext(), "before asking for a measurement, HasNext is true");
var measurement = measureReader.NextMeasurement();
Assert.IsTrue(measureReader.CrcOk, "CRC is OK");
Assert.AreEqual(DateTime.Parse("2020-12-27T23:40:29.676928"), measurement.Timestamp, "Date parsed correctly");
Assert.AreEqual(2506, measurement.Value, "Correct value selected for #1");
Assert.AreEqual(0, measurement.Delay, "Correct delay selected for #1");
measurement = measureReader.NextMeasurement();
Assert.AreEqual(DateTime.Parse("2020-12-27T23:40:29.677028"), measurement.Timestamp, "TImestamp calculated correctly");
Assert.AreEqual(2496, measurement.Value, "Correct value selected for #2");
Assert.AreEqual(8572, measurement.Delay, "Correct ValueTuple selected for #2");
var measurementCount = 0;
while (measureReader.HasNext())
{
measurement = measureReader.NextMeasurement();
measurementCount++;
}
Assert.AreEqual(8, measurementCount, "8 more data points read");
Assert.AreEqual(DateTime.Parse("2020-12-27T23:40:29.677828"), measurement.Timestamp, "Last timestamp correctly calculated");
Assert.AreEqual(2498, measurement.Value, "Last value correctly selected");
Assert.AreEqual(8388, measurement.Delay, "Last delay correctly selected");
}
static void Main(string[] args)
{
// Ikke akkurat dependency injection
using (var context = new TellerContext())
{
var eventRepo = new EventRepository(context);
var measurementRepo = new MeasurementRepository(context);
var eventFetcher = new FilesystemEventDataFetcher();
var measurementReader = new MeasurementReader();
var fileArchiver = new FileArchiver();
var ingestor = new MeasurementIngestor(eventRepo, measurementRepo, eventFetcher, measurementReader, fileArchiver);
ingestor.ReadAndIngestData();
}
using (var context = new TellerContext())
{
var eventRepo = new EventRepository(context);
var allEvents = eventRepo.GetAll()
.ToList();
var test = new RenderTest();
foreach (var bsEvent in allEvents)
{
test.Render(bsEvent);
}
}
}
public void ReadMeasurement_WhenGivenGoodFile_ReturnsExpectedData()
{
// Arrange
const string inputFile = @"..\..\TestData\438533_Viking_2015-09-08T10-57.xml";
var measurementFile = new MeasurementFile(inputFile);
var sut = new MeasurementReader();
// Act
var res = sut.ReadMeasurement(measurementFile);
// Assert
res.AmountSold.Should().Be(375);
res.AmountSeasonTicket.Should().Be(8161);
res.AmountAvailable.Should().Be(9610);
res.AmountReserved.Should().Be(3280);
res.AmountUnavailable.Should().Be(0);
res.AmountTicketMaster.Should().Be(0);
res.AmountUnknown.Should().Be(216);
}
public void ReadMeasurement_WhenGivenGoodFile_ReturnsExpectedData()
{
// Arrange
const string inputFile = @"..\..\TestData\archive\2015_LEAGUE_8_Odd_438523\438523_Odd_2015-06-30T12-12.xml";
var measurementFile = new MeasurementFile(inputFile);
var sut = new MeasurementReader();
// Act
var res = sut.ReadMeasurement(measurementFile);
// Assert
res.AmountSold.Should().Be(1352);
res.AmountSeasonTicket.Should().Be(8098);
res.AmountAvailable.Should().Be(9201);
res.AmountReserved.Should().Be(2933);
res.AmountUnavailable.Should().Be(0);
res.AmountTicketMaster.Should().Be(0);
res.AmountUnknown.Should().Be(61);
}
static void Main(string[] args)
{
var sw = new Stopwatch();
sw.Start();
SetupTraceListeners();
List <BillettServiceEvent> updatedEvents;
// Ikke akkurat dependency injection
using (var context = new TellerContext())
{
var eventRepo = new EventRepository(context);
var measurementRepo = new MeasurementRepository(context);
var eventFetcher = new FilesystemEventDataFetcher();
var measurementReader = new MeasurementReader();
var fileArchiver = new FileArchiver();
var ingestor = new MeasurementIngestor(eventRepo, measurementRepo, eventFetcher, measurementReader, fileArchiver);
updatedEvents = ingestor.ReadAndIngestData().ToList();
}
Trace.TraceInformation("{0} events updated: {1}", updatedEvents.Count, String.Join(", ", updatedEvents.Select(e => e.EventNumber)));
using (var context = new TellerContext())
{
var eventRepo = new EventRepository(context);
var allEvents = eventRepo.GetAll()
//.Where(e => updatedEvents.Any(ue => ue.EventNumber == e.EventNumber))
.ToList();
var missingFileEvents =
allEvents.Where(
ev =>
!File.Exists(Path.Combine(StautConfiguration.Current.StaticImageDirectory,
ev.EventNumber + ".png")))
.ToList();
var eventsToRender =
missingFileEvents.Concat(
allEvents.Where(
ae =>
!missingFileEvents.Contains(ae) &&
updatedEvents.Any(ue => ue.EventNumber == ae.EventNumber))).ToList();
var test = new RenderTest();
foreach (var bsEvent in eventsToRender)
{
test.Render(bsEvent);
}
}
sw.Stop();
Trace.TraceInformation("Ingest process complete, took {0}ms", sw.ElapsedMilliseconds);
Trace.Flush();
Trace.Close();
}
