protected override bool ShouldRetryImpl(RetryState retryStateObj)
{
Contract.Assert(retryStateObj is RetryStateEx);
RetryStateEx retryState = (RetryStateEx)retryStateObj;
// Calculate the delay as exponential value based on the number of retries.
retryState.Delay =
RetryPolicyUtils.CalcExponentialRetryDelay(
retryState.RetryCount,
_intervalFactor,
_minInterval,
_maxInterval);
// Add the delay to the total retry time
retryState.TotalRetryTime = retryState.TotalRetryTime + retryState.Delay;
// Calculate the maximum total retry time depending on how long ago was the task (this retry policy) started.
// Longer running tasks are less eager to abort since, more work is has been done.
TimeSpan totalRetryTimeLimit = checked(TimeSpan.FromMilliseconds(
Math.Max(
Math.Min(
_stopwatch.ElapsedMilliseconds * _totalRetryTimeLimitRate,
_maxTotalRetryTimeLimit.TotalMilliseconds),
_minTotalRetryTimeLimit.TotalMilliseconds)));
if (retryState.TotalRetryTime <= totalRetryTimeLimit)
{
return true;
}
retryState.Delay = TimeSpan.Zero;
return false;
}
protected override bool ShouldRetryImpl(RetryState retryState)
{
Contract.Assert(retryState != null);
if (IsLessThanMaxRetryCount(retryState.RetryCount, _maxRetryCount))
{
retryState.Delay = RetryPolicyUtils.CalcExponentialRetryDelay(retryState.RetryCount, _intervalFactor, _minInterval, _maxInterval);
return true;
}
retryState.Delay = TimeSpan.Zero;
return false;
}
