private static async Task CreateReport()
{
ITradesFetcher tradesFetcher = new TradesFetcher(ConfigurationManager.Service, ConfigurationManager.TradeType, logger);
ITradeVolumeCalculator volumeCalculator = new TradeVolumeCalculator(logger);
IReportCreator reportCreator = new ReportCreator(tradesFetcher, volumeCalculator);
while (true)
{
await reportCreator.CreateTradeVolumeReportAsync(DateTime.Now, ConfigurationManager.TradeReportsPath);
logger.LogEvent(ServiceEvent.ReportCreatedSuccessfully);
ConfigurationManager.RefreshAppSettings();
TimeSpan newInterval = ConfigurationManager.GenerationIntervalInMinutes;
if (IntervalChanged(newInterval))
{
initialInterval = newInterval;
logger.LogEvent(ServiceEvent.GenerationIntervalChanged, string.Format("Interval changed to: {0}", newInterval));
}
logger.LogEvent(ServiceEvent.Sleeping);
await Task.Delay(newInterval);
}
}
private async Task CreateReport(CancellationToken token)
{
ITradesFetcher tradesFetcher = new TradesFetcher(ConfigurationManager.Service, ConfigurationManager.TradeType, this.logger);
ITradeVolumeCalculator volumeCalculator = new TradeVolumeCalculator(this.logger);
IReportCreator reportCreator = new ReportCreator(tradesFetcher, volumeCalculator);
while (!token.IsCancellationRequested)
{
await reportCreator.CreateTradeVolumeReportAsync(DateTime.Now, ConfigurationManager.TradeReportsPath);
this.logger.LogEvent(ServiceEvent.ReportCreatedSuccessfully);
ConfigurationManager.RefreshAppSettings();
TimeSpan newInterval = ConfigurationManager.GenerationIntervalInMinutes;
if (this.IntervalChanged(newInterval))
{
this.logger.LogEvent(ServiceEvent.GenerationIntervalChanged, string.Format("Interval changed to: {0}", newInterval));
}
this.logger.LogEvent(ServiceEvent.Sleeping);
await Task.Delay(newInterval, token);
}
this.logger.LogEvent(ServiceEvent.ServiceStopped);
}
public void TradeVolumeCalculator_Should_Correctly_Calculate_Aggregate_PowerTrade_Volumes()
{
Environment.SetEnvironmentVariable("Trade", "PowerTrade");
var mockLogger = new Mock <IServiceLogger>();
var calculator = new TradeVolumeCalculator(mockLogger.Object);
var aggregateVolumes = calculator.CalculateAggregateVolumes(this.DummyTrades);
var mappings = PeriodTimeMappings.GetMapping();
for (int period = 1; period <= 24; period++)
{
var expectedVolume = (this.DummyTrades[0].VolumePerPeriod[period] + this.DummyTrades[1].VolumePerPeriod[period]);
Assert.AreEqual(expectedVolume, aggregateVolumes[mappings[period]]);
}
}
