private static Chart MessagesSentFromServerPrSecond(ChartPostModel model)
{
var testData = new TestData
{
StartTime = DateUtils.FromMillisecondsSinceEpoch(model.StartTime)
};
return testData.MessagesSentByServerPrSecond(model.Spacing, model.SentFromServerEvents.ToArray());
}
private static Chart AverageLatency(ChartPostModel model)
{
var testData = new TestData
{
StartTime = DateUtils.FromMillisecondsSinceEpoch(model.StartTime)
};
return testData.AverageLatencyPrSecond(model.Spacing, model.TestDataEntities, model.SentFromClientEvents.ToArray());
}
public void Post_adds_MessagesSentServer_chart_to_repo_and_returns_status()
{
var model = new ChartPostModel
{
Type = "MessagesSentServer",
StartTime = new DateTime().ToMilliseconds(),
SentFromServerEvents = GetDummyDataSet(100, 300),
Spacing = 10
};
_controller.Post(model).Should().Be("Calculation complete for chart " + model.Type);
}
public string Post(ChartPostModel model)
{
switch (model.Type)
{
case "MessagesSentReceived":
ChartsRepo.Charts.Add(MessagesReceivedAtServerAndSentFromClientsPrSecond(model));
return "Calculation complete for chart: " + model.Type;
case "MessagesSentServer":
ChartsRepo.Charts.Add(MessagesSentFromServerPrSecond(model));
return "Calculation complete for chart " + model.Type;
case "AverageLatency":
ChartsRepo.Charts.Add(AverageLatency(model));
return "Calculation complete for chart " + model.Type;
}
return null;
}
public void Post_should_not_take_more_than_one_second_with_large_dataSets()
{
var model = new ChartPostModel
{
Type = "MessagesSentReceived",
StartTime = new DateTime().ToMilliseconds(),
ReceivedAtServerEvents = GetDummyDataSet(1000, 50),
SentFromClientEvents = GetDummyDataSet(1000, 50),
Spacing = 10
};
var stopwatch = new Stopwatch();
stopwatch.Start();
_controller.Post(model);
stopwatch.Stop();
stopwatch.ElapsedMilliseconds.Should().BeLessOrEqualTo(1000);
}
public void Post_should_return_null_on_unknown_chart_type()
{
var model = new ChartPostModel
{
Type = "IfIFitsISits"
};
_controller.Post(model).Should().BeNull();
}
