public void TestTryGetBatchMode()
{
var dic = new Dictionary <string, object>();
SignalRUtils.TryGetBatchMode(
dic,
out string batchConfigMode,
out int batchWaitMilliSeconds,
out SignalREnums.BatchMode mode);
Assert.Equal(batchConfigMode, SignalRConstants.DefaultBatchMode);
}
public async Task BatchConnect(
IDictionary <string, object> stepParameters,
IDictionary <string, object> pluginParameters,
IList <IHubConnectionAdapter> connections,
int concurrentConnection)
{
SignalRUtils.TryGetBatchMode(
stepParameters,
out string batchConfigMode,
out int batchWaitMilliSeconds,
out SignalREnums.BatchMode mode);
var packages = (from i in Enumerable.Range(0, connections.Count())
where connections[i].GetStat() == SignalREnums.ConnectionInternalStat.Init
select(Connection: connections[i], LocalIndex: i)).ToList();
// 100 milliseconds is the default fine-granularity
var period = SignalRConstants.RateLimitDefaultGranularity;
var factor = 1000 / period;
var fillTokenPerDuration = concurrentConnection > factor ? concurrentConnection / factor : 1;
switch (mode)
{
case SignalREnums.BatchMode.ExtLimitRatePress:
await Util.ExternalRateLimitBatchProcess(packages, SignalRUtils.StartConnect,
concurrentConnection, fillTokenPerDuration, period);
break;
case SignalREnums.BatchMode.LimitRatePress:
await Util.RateLimitBatchProces(packages,
SignalRUtils.StartConnect, concurrentConnection, fillTokenPerDuration, period);
break;
case SignalREnums.BatchMode.HighPress:
await Util.BatchProcess(packages, SignalRUtils.StartConnect, concurrentConnection);
break;
case SignalREnums.BatchMode.LowPress:
await Util.LowPressBatchProcess(packages, SignalRUtils.StartConnect,
concurrentConnection, batchWaitMilliSeconds);
break;
}
}