protected override void InitializeContainer()
{
_provider = new UtilizationDataProviderMock();
CloudConfigurationManager.RegisterApplicationSettings(new ConfigurationOverride(CloudConfigurationManager.AppSettings).Set("UtilizationReportAggregationUnit", "1"));
ObjectFactory.Container.Inject(typeof(IUtilizationDataProvider), _provider);
ObjectFactory.Container.Inject <ITimer>(_timerService);
}
public override void SetUp()
{
base.SetUp();
_provider = new UtilizationDataProviderMock();
CloudConfigurationManager.RegisterApplicationSettings(new ConfigurationOverride(CloudConfigurationManager.AppSettings)
.Set("UtilizationReportAggregationUnit", "1")
.Set("UtilizationSateRenewInterval", "1"));
ObjectFactory.Container.Inject(typeof(IUtilizationDataProvider), _provider);
ObjectFactory.Container.Inject <ITimer>(_timerService);
}
public void CanInitialize()
{
CloudConfigurationManager.RegisterApplicationSettings(new ConfigurationOverride(CloudConfigurationManager.AppSettings)
.Set("UtilizationReportAggregationUnit", "1")
.Set("UtilizationSateRenewInterval", "1000"));
_provider.SetOverheatingUsers("1", "2", "3");
var rateLimiter = ObjectFactory.GetInstance <IActivityExecutionRateLimitingService>();
Assert.IsFalse(rateLimiter.CheckActivityExecutionRate("1"), "User \"1\" should be banned");
Assert.IsTrue(rateLimiter.CheckActivityExecutionRate("4"), "User \"4\" should not be banned");
Assert.AreEqual(1, _provider.GetOverheatingUsersCount, "Should load overheating users from the provider only once");
}
public void Teardown()
{
CloudConfigurationManager.RegisterApplicationSettings(_originalSettings);
}
private void ConfigureNoCache()
{
CloudConfigurationManager.RegisterApplicationSettings(new DisableCacheSettings(CloudConfigurationManager.AppSettings));
}
