public void SummaryWriterFlushTest()
{
var stream = new StringStream();
var summaryWriter = new SummaryWriter(stream.Writer)
{
IdleFlushRate = 10, NonIdleFlushRate = 5
};
for (var i = 0; i < 3; i++)
{
var measurement = new Measurement(new DateTime(2020, 12, 28, 0, 0, i), 2400 + i, 8000 + i);
var result = new FlowMeter
{
Amplitude = i,
HighPass = 0,
LowPassFast = 2400,
LowPassSlow = 2402,
Exclude = false,
ExcludeAll = false,
Flow = false,
LowPassOnHighPass = 5 - i,
Outlier = false,
Drift = false
};
summaryWriter.AddMeasurement(measurement, result);
summaryWriter.PrepareWrite();
summaryWriter.Write();
Assert.IsTrue(string.IsNullOrEmpty(stream.Content()), "nothing written yet");
}
summaryWriter.Flush();
Assert.AreEqual("S,3,0,0,0,2400,2402,3,0,0,0,8001,50790\r\n", stream.Content(), "flush worked");
}
public void SummaryWriterFlushRate1Test()
{
var stream = new StringStream();
var summaryWriter = new SummaryWriter(stream.Writer)
{
IdleFlushRate = 1, NonIdleFlushRate = 1
};
var measurement = new Measurement(new DateTime(2020, 12, 28, 0, 0, 1), 2400, 8000);
var result = new FlowMeter
{
Amplitude = 0,
HighPass = 0,
LowPassFast = 2400,
LowPassSlow = 2402,
Exclude = false,
ExcludeAll = false,
Flow = false,
LowPassOnHighPass = 5,
Outlier = false,
Drift = false
};
summaryWriter.AddMeasurement(measurement, result);
summaryWriter.PrepareWrite();
summaryWriter.Write();
Assert.AreEqual("S,2400,0,0,0,2400,2402,5,0,0,0,8000,35625\r\n", stream.Content(), "single measurement written with sample value");
}
public void EstablishContext()
{
_writer = new StringWriter();
_output = new SummaryWriter(_writer);
var feature = new Feature("feature title");
var featureResult = new FeatureResult(feature.Title);
var scenarioResult = new ScenarioResult(feature, "scenario title");
scenarioResult.AddActionStepResult(new StepResult("a".AsStringStep(""), new Passed()));
scenarioResult.AddActionStepResult(new StepResult("b".AsStringStep(""), new Passed()));
scenarioResult.AddActionStepResult(new StepResult("c".AsStringStep(""), new Pending("pending reason")));
scenarioResult.AddActionStepResult(new StepResult("c".AsStringStep(""), new PendingNotImplemented("not implemented")));
scenarioResult.AddActionStepResult(new StepResult("d".AsStringStep(""), new Failed(new Exception("why it failed"))));
scenarioResult.AddActionStepResult(new StepResult("c".AsStringStep(""), new Skipped("previous step failed")));
featureResult.AddResult(scenarioResult);
_output.WriteSummaryResults(featureResult);
}
public ActionResult Post(HerokuRequest request)
{
if (!Authorize())
{
Response.StatusCode = 401;
return(Content("Unauthorized"));
}
Trace(SummaryWriter.GetSummary(request));
var org = _createOrganisationCommand.Invoke(new CreateOrganisationRequest()
{
Email = request.heroku_id,
FirstName = "Root",
LastName = "AppHarbor User",
OrganisationName = request.heroku_id,
Password = Membership.GeneratePassword(10, 5),
SpecialUser = SpecialUser.AppHarbor,
CallbackUrl = request.callback_url,
});
if (org.Status != CreateOrganisationStatus.Ok)
{
Trace(org.Status.ToString());
Response.StatusCode = 400;
return(Content(org.Status.ToString()));
}
var setPlanResponse = _setExternallyBilledSubscriptionCommand.Invoke(new SetExternallyBilledSubscriptionRequest()
{
ExternalPlanId = request.plan,
PlanType = PaymentPlanType.AppHarbor,
OrganisationId = org.OrganisationId,
});
if (setPlanResponse.Status != SetExternallyBilledSubscriptionStatus.Ok)
{
Trace(setPlanResponse.Status.ToString());
Response.StatusCode = 503;
return(new PlainJsonNetResult(new { message = setPlanResponse.Status.ToString() }));
}
//create organisation & application with AppHarbor user
var application = Core.Session.Raven.Load <Application>(org.ApplicationId);
return(new PlainJsonNetResult(new{ id = IdHelper.GetFriendlyId(org.OrganisationId), config = new { ERRORDITE_TOKEN = application.Token, ERRORDITE_URL = "https://www.errordite.com/receiveerror" }, message = "Welcome to Errordite!" }));
}
public void EstablishContext()
{
_writer = new StringWriter();
_output = new SummaryWriter(_writer);
var feature = new Feature("feature title");
var featureResult = new FeatureResult(feature.Title);
var scenarioResult = new ScenarioResult(feature, "scenario title");
scenarioResult.AddActionStepResult(new StepResult("a".AsStringStep(""), new Passed()));
scenarioResult.AddActionStepResult(new StepResult("b".AsStringStep(""), new Passed()));
scenarioResult.AddActionStepResult(new StepResult("c".AsStringStep(""), new Pending("pending reason")));
scenarioResult.AddActionStepResult(new StepResult("c".AsStringStep(""), new PendingNotImplemented("not implemented")));
scenarioResult.AddActionStepResult(new StepResult("d".AsStringStep(""), new Failed(new Exception("why it failed"))));
scenarioResult.AddActionStepResult(new StepResult("c".AsStringStep(""), new Skipped("previous step failed")));
featureResult.AddResult(scenarioResult);
_output.WriteSummaryResults(featureResult);
}
public void SummaryWriterIdleOutlierTest()
{
// we insert outliers after 8 and 9. It should finish the idle round and then start a non-idle one.
var stream = new StringStream();
var summaryWriter = new SummaryWriter(stream.Writer)
{
IdleFlushRate = 10, NonIdleFlushRate = 5
};
for (var i = 0; i < 15; i++)
{
var measurement = new Measurement(new DateTime(2020, 12, 28, 0, 0, i), 2400 + (i > 7 ? 200 : 0), i == 0 ? 2500 : 7993 + i);
var result = new FlowMeter
{
Amplitude = 5 + (i > 7 ? 200 : 0), HighPass = 0, LowPassFast = 2400 - i, LowPassSlow = 2385 + i,
Exclude = i > 7, ExcludeAll = false, Flow = false,
LowPassOnHighPass = i, Outlier = i > 7, Drift = i > 9
};
summaryWriter.AddMeasurement(measurement, result);
summaryWriter.PrepareWrite();
Assert.AreEqual(i < 8 ? 10u : 5u, summaryWriter.FlushRate,
" The first 8 data points FlushRate is 10, then it becomes 5 because of outliers (round {0})", i);
if (i != 9)
{
// force skipping the write at the time it was supposed to, so it gets done next time.
summaryWriter.Write();
}
if (i <= 9)
{
Assert.IsTrue(string.IsNullOrEmpty(stream.Content()), "Nothing written the first 9 points");
}
else if (i < 14)
{
//"S,Measure,Flows,SumAmplitude,SumLPonHP,LowPassFast,LPonHP,Outliers,Waits,Excludes,AvgDelay,CRC"
Assert.AreEqual("S,10,0,0,0,2391,2394,9,2,0,2,7448,49755\r\n", stream.Content(),
"At 10 we get a summary with 2 outliers and 2 excludes");
}
else
{
Assert.AreEqual("S,10,0,0,0,2391,2394,9,2,0,2,7448,49755\r\nS,5,0,0,0,2386,2399,14,5,5,5,8005,17350\r\n", stream.Content(),
"At 15 we get the next batch with 5 outliers and excludes");
}
}
}
public void EnsureDataIsNotWrittenTwice()
{
Simulations sims = Utilities.GetRunnableSim();
Simulation sim = sims.FindChild <Simulation>();
Summary summary = sim.FindChild <Summary>();
// Write 2 messages to the DB during StartOfSimulation.
string message1 = "message 1";
string message2 = "A slightly longer message";
string message3 = "Written in OnCompleted";
SummaryWriter writer = new SummaryWriter();
writer.AddMessage("[Clock].StartOfSimulation", message1);
writer.AddMessage("[Clock].StartOfSimulation", message2);
writer.AddMessage("[Simulation].Completed", message3);
Structure.Add(writer, sim);
Runner runner = new Runner(sims);
List <Exception> errors = runner.Run();
if (errors != null && errors.Count > 0)
{
throw errors[0];
}
IDataStore storage = sims.FindChild <IDataStore>();
DataTable messages = storage.Reader.GetData("_Messages");
// Clock will write its own "Simulation terminated normally" message.
Assert.AreEqual(5, messages.Rows.Count);
// The first row will be a warning caused by the lack of a
// microclimate model.
Assert.AreEqual(message1, messages.Rows[1][6]);
Assert.AreEqual(message2, messages.Rows[2][6]);
// The fourth row should not be written by SummaryWriter.
Assert.AreNotEqual(writer.Name, messages.Rows[3]["ComponentName"]);
// The fifth will be the "Simulation terminated normally" message.
Assert.AreEqual(message3, messages.Rows[4][6]);
}
public void SummaryWriterExcludeAllTest()
{
// ExcludeAll becomes true in the third sample. That should put excluded on 3. It should finish the idle round and then start a non-idle one.
// Then we put WaitSamples on 1 to get WaitCount filled.
// We do this all before sample 5 so the non idle rate kicks in early.
var stream = new StringStream();
var summaryWriter = new SummaryWriter(stream.Writer)
{
IdleFlushRate = 10, NonIdleFlushRate = 5
};
for (var i = 0; i < 15; i++)
{
var measurement = new Measurement(new DateTime(2020, 12, 28, 0, 0, i), 2400 + (i > 7 ? 200 : 0), i == 0 ? 2500 : 7500 + i * 5);
var result = new FlowMeter
{
Amplitude = i == 0 ? 10000 : 2000, HighPass = 0, LowPassFast = 2400 - i, LowPassSlow = 2385 + i, Exclude = i == 2 || i == 3,
ExcludeAll = i == 2, Flow = false, LowPassOnHighPass = 10 + i, Outlier = i == 2, Drift = false
};
summaryWriter.AddMeasurement(measurement, result);
summaryWriter.PrepareWrite();
Assert.AreEqual(i < 2 || i > 4 ? 10u : 5u, summaryWriter.FlushRate,
"Flush rate is 10 the first two data points, and after the 5th. In between it is 5");
summaryWriter.Write();
if (i < 4)
{
Assert.IsTrue(string.IsNullOrEmpty(stream.Content()), "Nothing written before the 5th data point");
}
else if (i < 14)
{
//"S,Measure,Flows,SumAmplitude,SumLPonHP,LowPassFast,LPonHP,Outliers,Waits,Drifts,AvgDelay,CRC"
Assert.AreEqual("S,5,0,0,0,2396,2389,14,1,0,4,6510,17220\r\n", stream.Content(), "The right data written after 5 points");
}
else
{
Assert.AreEqual("S,5,0,0,0,2396,2389,14,1,0,4,6510,17220\r\nS,10,0,0,0,2386,2399,24,0,0,0,7548,8484\r\n", stream.Content(),
"Without special events, the next flush is after 10 data points");
}
}
}
static void Main(string[] args)
{
try
{
Console.WriteLine("Please enter the path of an input file.");
Console.WriteLine("Enter ./TestInputs/Sample.txt for a pregenerated file");
var filePath = Console.ReadLine();
var outputText = SummaryWriter.GetSummaryText(filePath);
Console.WriteLine();
Console.Write(outputText);
Console.Write("\n\nPress any key to continue... ");
Console.ReadKey();
Console.WriteLine();
}
catch (Exception err)
{
DebugWriter.WriteException(err);
Console.Write("+++++Abort+++++\n");
}
}
public void SummaryWriterFlowTest()
{
var stream = new StringStream();
var summaryWriter = new SummaryWriter(stream.Writer)
{
IdleFlushRate = 10, NonIdleFlushRate = 5
};
for (var i = 0; i < 10; i++)
{
var measurement = new Measurement(new DateTime(2020, 12, 28, 0, 0, i), 2400 + i, 8000 + i);
var result = new FlowMeter
{
Amplitude = 5 + (i > 7 ? 10 : 0), HighPass = 0, LowPassFast = 2400, LowPassSlow = 2398, Exclude = false, ExcludeAll = false,
Flow = i > 7,
LowPassOnHighPass = i, Outlier = false, Drift = false
};
summaryWriter.AddMeasurement(measurement, result);
summaryWriter.PrepareWrite();
summaryWriter.Write();
if (i < 9)
{
Assert.IsTrue(string.IsNullOrEmpty(stream.Content()), "Nothing written the first 9 data points");
}
else
{
//"S,Measure,Flows,SumAmplitude,SumLPonHP,LowPassFast,LowPassSlow,LPonHP,Outliers,Waits,Excludes,AvgDelay,CRC"
Assert.AreEqual("S,10,2,30,17,2400,2398,9,0,0,0,8005,56358\r\n", stream.Content(),
"After 10 points, we get a summary with 2 flows, and SumAmplitude and SumLPonP are populated");
}
}
// Flush should not change anything as we have no more data.
summaryWriter.Flush();
Assert.AreEqual("S,10,2,30,17,2400,2398,9,0,0,0,8005,56358\r\n", stream.Content(),
"After 10 points, we get a summary with 2 flows, and SumAmplitude and SumLPonP are populated");
}
public void SummaryWriterIdleTest()
{
var stream = new StringStream();
var summaryWriter = new SummaryWriter(stream.Writer)
{
IdleFlushRate = 10, NonIdleFlushRate = 5
};
for (var i = 0; i < 10; i++)
{
var measurement = new Measurement(new DateTime(2020, 12, 28, 0, 0, i), 2400 + i, 8000 + i);
var result = new FlowMeter
{
Amplitude = i, HighPass = 0, LowPassFast = 2400, LowPassSlow = 2402, Exclude = false, ExcludeAll = false, Flow = false,
LowPassOnHighPass = 5 - i,
Outlier = false, Drift = false
};
summaryWriter.AddMeasurement(measurement, result);
if (i == 0)
{
Assert.AreEqual(10u, summaryWriter.FlushRate, "Flush rate stays 10 (idle flush rate) when there is nothing special.");
}
summaryWriter.PrepareWrite();
summaryWriter.Write();
if (i < 9)
{
Assert.IsTrue(string.IsNullOrEmpty(stream.Content()), "nothing written the fist 9 data points");
}
else
{
//"S,Measure,Flows,SumAmplitude,SumLPonHP,LowPassFast,LowPassSlow,LPonHP,Outliers,Waits,Excludes,AvgDelay,CRC"
Assert.AreEqual("S,10,0,0,0,2400,2402,-4,0,0,0,8005,1750\r\n", stream.Content(),
"10 idle points written after #10. LowPassFast and LPonHP get reported too.");
}
}
}
private void WriteSummary()
{
var summaryWriter = new SummaryWriter(writer);
summaryWriter.WriteCompleteSummary(allResults);
}
private void WriteSummary()
{
var summaryWriter = new SummaryWriter(writer.Out);
summaryWriter.WriteCompleteSummary(allResults);
}
/// <summary>
/// Uses the SummaryWriter to (efficiently) output an object to the trace.
/// </summary>
public void TraceObject <T>(T obj) where T : class
{
var type = obj == null ? typeof(T) : obj.GetType();
Auditor.Trace(type, SummaryWriter.GetSummary(obj));
}
