public void AtomicMonotonicWinApiTimestampGenerator_Should_Log_When_Drifting_Above_Threshold()
{
var loggerHandler = new TestHelper.TestLoggerHandler();
var generator = new AtomicMonotonicWinApiTimestampGenerator(80, 1000, new Logger(loggerHandler));
TimestampGeneratorLogDriftingTest(generator, loggerHandler);
}
public void AtomicMonotonicWinApiTimestampGenerator_Should_Log_After_Cooldown()
{
var loggerHandler = new TestHelper.TestLoggerHandler();
var generator = new AtomicMonotonicWinApiTimestampGenerator(80, 1000, new Logger(loggerHandler));
TimestampGeneratorLogAfterCooldownTest(generator, loggerHandler);
}
public void AtomicMonotonicWinApiTimestampGenerator_Value_Should_Be_Close_To_Base_Class()
{
// The accuracy of both should be within a 15.6ms range
var generator1 = new AtomicMonotonicTimestampGenerator();
var generator2 = new AtomicMonotonicWinApiTimestampGenerator();
Assert.Less(Math.Abs(generator1.Next() - generator2.Next()), 20000);
}
public void AtomicMonotonicWinApiTimestampGenerator_Next_Should_Log_When_Drifting_Above_Threshold()
{
var minLogInterval = 2500;
var loggerHandler = new TestHelper.TestLoggerHandler();
var generator = new AtomicMonotonicWinApiTimestampGenerator(5, minLogInterval, new Logger(loggerHandler));
TimestampGeneratorLogDriftingTest(generator, loggerHandler, minLogInterval);
}