Given_ReportActor_When_sending_start_message_Then_total_usage_projection_launched_producing_data()
{
var dep = await Init();
_output.WriteLine(Sys.Settings.ToString());
//generate some data
var calculationActor = Sys.ActorOf(Props.Create <CalculatorActor>(), "CalculatorOne");
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1+2-3"));
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1-2*3"));
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1/2+3"));
await Task.Delay(10000);
var projected = new FindProjectionQuery(dep.CreateFunctionUsageContext()).ExecuteForFunctionsTotalUsage();
Assert.Equal(3, projected.Sequence);
var usage = await new FunctionsTotalUsageQuery(dep.CreateFunctionUsageContext()).Execute();
usage.Should().BeEquivalentTo(
new FunctionTotalUsage {
FunctionName = "AddChecked", InvocationsCount = 2
},
new FunctionTotalUsage {
FunctionName = "SubtractChecked", InvocationsCount = 2
},
new FunctionTotalUsage {
FunctionName = "MultiplyChecked", InvocationsCount = 1
},
new FunctionTotalUsage {
FunctionName = "Divide", InvocationsCount = 1
});
}
public void Given_empty_context_When_executing_projection_query_Then_it_should_return_Null()
{
var options = new DbContextOptionsBuilder <FunctionUsageContext>()
.UseInMemoryDatabase(nameof(Given_empty_context_When_executing_projection_query_Then_it_should_return_Null)).Options;
var context = new FunctionUsageContext(options);
var query = new FindProjectionQuery(context);
var result = query.Execute("testName", "projector", "testEvent");
Assert.Null(result);
}
public async Task Given_ReportActor_When_sending_start_message_Then_usage_projection_launched_producing_data()
{
var dep = await Init();
_output.WriteLine(Sys.Settings.ToString());
//generate some data
var now = DateTimeOffset.Now;
var periodStart = now.ToMinutePeriodBegin();
var periodEnd = now.ToMinutePeriodEnd();
var oneMinute = TimeSpan.FromMinutes(1);
var calculatorName = "CalculatorOne";
var calculationActor = Sys.ActorOf(Props.Create <CalculatorActor>(), calculatorName);
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1+2-3"));
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1-2*3"));
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1/2+3"));
await Task.Delay(10000);
var projected = new FindProjectionQuery(dep.CreateFunctionUsageContext()).ExecuteForFunctionsUsage();
Assert.Equal(3, projected.Sequence);
var usage = await new FunctionsUsageQuery(dep.CreateFunctionUsageContext()).Execute(calculatorName);
usage.Should().BeEquivalentTo(
new FunctionUsage
{
FunctionName = "AddChecked", InvocationsCount = 2, CalculatorName = calculatorName,
Period = oneMinute, PeriodEnd = periodEnd, PeriodStart = periodStart
},
new FunctionUsage
{
FunctionName = "SubtractChecked", CalculatorName = calculatorName, InvocationsCount = 2,
Period = oneMinute, PeriodEnd = periodEnd, PeriodStart = periodStart
},
new FunctionUsage
{
FunctionName = "MultiplyChecked", CalculatorName = calculatorName, InvocationsCount = 1,
Period = oneMinute, PeriodEnd = periodEnd, PeriodStart = periodStart
},
new FunctionUsage
{
FunctionName = "Divide", CalculatorName = calculatorName, InvocationsCount = 1, Period = oneMinute,
PeriodEnd = periodEnd, PeriodStart = periodStart
});
}
public async Task Given_journal_When_starting_projection_stream_Then_projection_launched_producing_data()
{
var dep = await Init();
_output.WriteLine(Sys.Settings.ToString());
//generate some data
var calculationActor = Sys.ActorOf(Props.Create <CalculatorActor>(), "CalculatorOne");
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1+2-3"));
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1-2*3"));
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1/2+3"));
var eventName = nameof(CalculatorActor.CalculationPerformed);
var readJournal = PersistenceQuery.Get(Sys).ReadJournalFor <SqlReadJournal>(SqlReadJournal.Identifier);
var sharedKillSwitch = KillSwitches.Shared("test");
var source = readJournal.EventsByTag(eventName, Offset.NoOffset())
.Via(sharedKillSwitch.Flow <EventEnvelope>());
var flow = FunctionTotalUsageFlow.Instance;
var sink = FunctionTotalUsageSink.Create(Sys, eventName);
source.Via(flow).To(sink).Run(Sys.Materializer());
await Task.Delay(5000);
var projected = new FindProjectionQuery(dep.CreateFunctionUsageContext()).ExecuteForFunctionsTotalUsage();
Assert.Equal(3, projected.Sequence);
var usage = await new FunctionsTotalUsageQuery(dep.CreateFunctionUsageContext()).Execute();
usage.Should().BeEquivalentTo(
new FunctionTotalUsage {
FunctionName = "AddChecked", InvocationsCount = 2
},
new FunctionTotalUsage {
FunctionName = "SubtractChecked", InvocationsCount = 2
},
new FunctionTotalUsage {
FunctionName = "MultiplyChecked", InvocationsCount = 1
},
new FunctionTotalUsage {
FunctionName = "Divide", InvocationsCount = 1
});
}
public async Task Given_context_with_data_When_executing_projection_query_Then_it_should_return_data()
{
var options = new DbContextOptionsBuilder <FunctionUsageContext>()
.UseInMemoryDatabase(nameof(Given_context_with_data_When_executing_projection_query_Then_it_should_return_data)).Options;
var context = new FunctionUsageContext(options);
var query = new FindProjectionQuery(context);
var projection = new Projection
{
Event = "testEvent", Name = "testName", Projector = "projector", Sequence = 10
};
context.Projections.Add(projection);
await context.SaveChangesAsync();
var res = query.Execute(projection.Name, projection.Projector, projection.Event);
Assert.Equal(projection, res);
}
public async Task Given_existing_total_usage_projection_When_starting_it_Then_projection_is_resumed()
{
var dep = await Init();
//generate some data
var calculationActor = Sys.ActorOf(Props.Create <CalculatorActor>(), "CalculatorOne");
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1+2-3"));
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1-2*3"));
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1/2+3"));
await Task.Delay(5000);
//ensure it is persisted
var projected = new FindProjectionQuery(dep.CreateFunctionUsageContext()).ExecuteForFunctionsTotalUsage();
Assert.Equal(3, projected.Sequence);
var reportActor = Sys.GetReportingExtension().ReportingActor;
//restart report actor to allow it to get latest projected sequence from DB
Watch(reportActor);
Sys.Stop(reportActor);
FishForMessage <Terminated>(t => t.ActorRef == reportActor);
await Task.Delay(1000);
reportActor = Sys.ActorOf(Props.Create <ReportingActor>(), "reportingActor");
reportActor.Tell(ReportingActor.Start.Instance);
var usage = await new FunctionsTotalUsageQuery(dep.CreateFunctionUsageContext()).Execute();
usage.Should().BeEquivalentTo(
new FunctionTotalUsage {
FunctionName = "AddChecked", InvocationsCount = 2
},
new FunctionTotalUsage {
FunctionName = "SubtractChecked", InvocationsCount = 2
},
new FunctionTotalUsage {
FunctionName = "MultiplyChecked", InvocationsCount = 1
},
new FunctionTotalUsage {
FunctionName = "Divide", InvocationsCount = 1
});
//add new events
calculationActor.Tell(new CalculatorActorProtocol.CalculateExpression("1+2-3*4/5"));
await Task.Delay(5000);
//check the results
projected = new FindProjectionQuery(dep.CreateFunctionUsageContext()).ExecuteForFunctionsTotalUsage();
Assert.Equal(4, projected.Sequence);
usage = await new FunctionsTotalUsageQuery(dep.CreateFunctionUsageContext()).Execute();
usage.Should().BeEquivalentTo(
new FunctionTotalUsage {
FunctionName = "AddChecked", InvocationsCount = 3
},
new FunctionTotalUsage {
FunctionName = "SubtractChecked", InvocationsCount = 3
},
new FunctionTotalUsage {
FunctionName = "MultiplyChecked", InvocationsCount = 2
},
new FunctionTotalUsage {
FunctionName = "Divide", InvocationsCount = 2
});
}