void SpeedTestWorker(string rawConfig)
{
long avgDelay = -1;
long curDelay = SpeedtestTimeout;
var cycles = Math.Max(1, setting.isUseCustomSpeedtestSettings ? setting.CustomSpeedtestCycles : 1);
coreStates.SetSpeedTestResult(0);
coreStates.SetStatus(I18N.Testing);
logger.Log(I18N.Testing);
for (int i = 0; i < cycles && !setting.isSpeedtestCancelled; i++)
{
var sr = configMgr.RunDefaultSpeedTest(rawConfig, coreStates.GetTitle(), (s, a) => logger.Log(a.Data));
curDelay = sr.Item1;
coreStates.AddStatSample(new VgcApis.Models.Datas.StatsSample(0, sr.Item2));
ShowCurrentSpeedtestResult(I18N.CurSpeedtestResult, curDelay);
if (curDelay == SpeedtestTimeout)
{
continue;
}
avgDelay = VgcApis.Misc.Utils.SpeedtestMean(avgDelay, curDelay, VgcApis.Models.Consts.Config.CustomSpeedtestMeanWeight);
}
// all speedtest timeout
if (avgDelay <= 0)
{
avgDelay = SpeedtestTimeout;
}
ShowCurrentSpeedtestResult(I18N.AvgSpeedtestResult, avgDelay);
}
void SpeedTestWorker(string rawConfig)
{
long avgDelay = -1;
long curDelay = SpeedtestTimeout;
var cycles = Math.Max(1, setting.isUseCustomSpeedtestSettings ? setting.CustomSpeedtestCycles : 1);
coreStates.SetStatus(I18N.Testing);
logger.Log(I18N.Testing);
for (int i = 0; i < cycles && !setting.isSpeedtestCancelled; i++)
{
curDelay = configMgr.RunDefaultSpeedTest(rawConfig, coreStates.GetTitle(), (s, a) => logger.Log(a.Data));
logger.Log(I18N.CurSpeedtestResult + TranslateSpeedTestResult(curDelay));
if (curDelay == SpeedtestTimeout)
{
continue;
}
avgDelay = VgcApis.Misc.Utils.SpeedtestMean(avgDelay, curDelay, VgcApis.Models.Consts.Config.CustomSpeedtestMeanWeight);
}
// all speedtest timeout
if (avgDelay <= 0)
{
avgDelay = SpeedtestTimeout;
}
var speedtestResult = TranslateSpeedTestResult(avgDelay);
coreStates.SetStatus(speedtestResult);
coreStates.SetSpeedTestResult(avgDelay);
logger.Log(I18N.AvgSpeedtestResult + speedtestResult);
}
