public CommonTest()
{
_params = new TestParams();
_createChannelStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
_useChannelStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
_useChannelAsyncStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
_closeChannelStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
_closeChannelAsyncStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
_closeFactoryStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
_closeFactoryAsyncStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
_openChannelStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
_openChannelAsyncStats = new CallStats(_params.SunnyDayMaxStatsSamples, _params.RainyDayMaxStatsSamples, _params.ExceptionHandler);
// Figure out the service calls timeout value
int timeoutMs = TestHelpers.SendTimeoutMs;
if (timeoutMs <= 0)
{
// If the timeout was not set then one alternative (to just using the usual default timeout)
// would be to wait for a binding to be created and then getting its timeout and only then initialize _timeoutTracker.
// This involves some additional synchronization which we want to avoid here.
timeoutMs = 60000;
}
_timeoutTracker = new OperationTimeoutTracker <ChannelType>(timeoutMs, ReportTimeout);
}
