protected virtual async Task ThrottleAsync(List <Envelope <T> > records, CancellationToken stopToken)
{
var recordCount = records.Count;
var batchBytes = records.Sum(r => GetRecordSize(r));
var delay = GetDelayMilliseconds(recordCount, batchBytes);
if (delay > 0)
{
await Task.Delay((int)(delay * (1.0d + Utility.Random.NextDouble() * _jittingFactor)), stopToken);
}
//Implement the network check after the throttle in case that the network becomes unavailable after throttle delay
if (_networkStatus.DefaultProvider is not null)
{
var waitCount = 0;
while (!_networkStatus.CanUpload(_uploadNetworkPriority))
{
if (waitCount % 30 == 0) //Reduce the log entries
{
_logger.LogWarning("Network not available. Will retry.");
}
waitCount++;
await Task.Delay(10000, stopToken); //Wait 10 seconds
}
}
}
protected virtual async Task ThrottledOnNextAsync(List <Envelope <TRecord> > records)
{
int recordCount = records.Count;
long batchBytes = records.Select(r => GetRecordSize(r)).Sum();
long delay = GetDelayMilliseconds(recordCount, batchBytes);
if (delay > 0)
{
await Task.Delay((int)(delay * (1.0d
+ Utility.Random.NextDouble() * _jittingFactor)));
}
//Implement the network check after the throttle in case that the network becomes unavailable after throttle delay
if (NetworkStatus.CurrentNetwork != null)
{
int waitCount = 0;
while (!NetworkStatus.CanUpload(_uploadNetworkPriority))
{
if (waitCount % 30 == 0) //Reduce the log entries
{
_logger?.LogInformation("Network not available. Will retry.");
}
waitCount++;
await Task.Delay(10000); //Wait 10 seconds
}
}
await OnNextAsync(records, batchBytes);
}