public SuccessRateMonitor(Type monitorType, string name, ExecutionMonitor monitor, long itemThreshold, TimeSpan timeThreshold)
: base(monitorType, name)
{
_monitor = monitor;
InitializePreviousValues();
_itemThreshold = itemThreshold;
_timeThreshold = timeThreshold.Ticks;
}
public SuccessRateMonitor(Type monitorType, string name, ExecutionMonitor monitor, long itemThreshold, TimeSpan timeThreshold)
: base(monitorType, name)
{
_monitor = monitor;
InitializePreviousValues();
_itemThreshold = itemThreshold;
_timeThreshold = timeThreshold.Ticks;
}
public void The_accumulator_should_propertly_keep_track_of_good_and_evil()
{
ExecutionMonitor monitor = new ExecutionMonitor(typeof (Counter_Specs), "Test");
SuccessRateMonitor aggregate = new SuccessRateMonitor(typeof (Counter_Specs), "Test", monitor);
monitor.IncrementCompleted();
monitor.IncrementFailed();
Assert.AreEqual(50, aggregate.SuccessRate);
}
public void A_counter_should_increment()
{
ExecutionMonitor monitor = new ExecutionMonitor(typeof (Counter_Specs), "Test");
monitor.IncrementStarted();
monitor.IncrementCompleted();
Assert.AreEqual(1, monitor.Started);
Assert.AreEqual(1, monitor.Completed);
Assert.AreEqual(0, monitor.Failed);
}
public SuccessRateMonitor(Type monitorType, string name, ExecutionMonitor monitor)
: this(monitorType, name, monitor, 100, 5.Seconds())
{
}
public SuccessRateMonitor(Type monitorType, string name, ExecutionMonitor monitor)
: this(monitorType, name, monitor, 100, 5.Seconds())
{
}
public SuccessRateMonitor(Type monitorType, string name, ExecutionMonitor monitor)
: this(monitorType, name, monitor, 100, TimeSpan.FromSeconds(5))
{
}
