private static async Task <CircuitBreakerState> RunScenario(int[] openingRates, Rating[] analyseResponses)
{
var circuitBreakerPeriod = new CircuitBreakerPeriod {
PeriodMs = 10
};
var circuitBreakerOpeningRates = A.Fake <ICircuitBreakerOpeningRates>();
var circuitBreakerAnalyser = new StubCircuitBreakerAnalyser(analyseResponses);
var testSubject = new CircuitBreakerState("policy", circuitBreakerAnalyser, circuitBreakerOpeningRates, circuitBreakerPeriod);
A.CallTo(() => circuitBreakerOpeningRates.OpeningRates).Returns(openingRates);
var monitorTask = Task.Run(() => testSubject.MonitorAsync(CancellationToken.None));
// Wait long enough for the monitor task to throw an exception, due to no more analyser responses
await Task.Delay(100);
try
{
await monitorTask;
}
catch (InvalidOperationException)
{
}
return(testSubject);
}
public async Task setup_scenario_base()
{
ClosedPcts = new List <double>();
ShouldAccepts = new List <bool>();
var circuitBreakerPeriod = new CircuitBreakerPeriod {
PeriodMs = 100
};
var circuitBreakerOpeningRates = new BinaryCircuitBreakerOpeningRates();
var circuitBreakerAnalyser = new DefaultCircuitBreakerAnalyser();
TestSubject = new CircuitBreakerState("policy", circuitBreakerAnalyser, circuitBreakerOpeningRates, circuitBreakerPeriod);
var cancellationTokenSource = new CancellationTokenSource();
var monitorTask = Task.Run(() => TestSubject.MonitorAsync(cancellationTokenSource.Token));
await RunScenario();
cancellationTokenSource.Cancel();
await monitorTask;
}
