void SpeedTestWorker(string rawConfig)
{
long lastDelay = -1;
long curDelay = long.MaxValue;
var cycles = Math.Max(1, setting.isUseCustomSpeedtestSettings ? setting.CustomSpeedtestCycles : 1);
coreStates.SetStatus(I18N.Testing);
logger.Log(I18N.Testing);
for (int i = 0; i < cycles; i++)
{
curDelay = configMgr.RunDefaultSpeedTest(rawConfig, coreStates.GetTitle(), (s, a) => logger.Log(a.Data));
if (curDelay == long.MaxValue)
{
logger.Log(I18N.Timeout);
continue;
}
logger.Log($"{curDelay.ToString()} ms");
lastDelay = VgcApis.Libs.Utils.SpeedtestMean(
lastDelay, curDelay, VgcApis.Models.Consts.Config.CustomSpeedtestMeanWeight);
}
var lastResult = $"{lastDelay.ToString()} ms";
// all speedtest timeout
if (lastDelay <= 0)
{
lastDelay = long.MaxValue;
lastResult = I18N.Timeout;
}
coreStates.SetStatus(lastResult);
coreStates.SetSpeedTestResult(lastDelay);
logger.Log(lastResult);
}
void SpeedTestWorker(string rawConfig)
{
coreStates.SetStatus(I18N.Testing);
logger.Log(I18N.Testing);
var delay = configMgr.RunDefaultSpeedTest(
rawConfig,
coreStates.GetTitle(),
(s, a) => logger.Log(a.Data));
coreStates.SetSpeedTestResult(delay);
var speedTestResult = delay < long.MaxValue ?
$"{delay.ToString()} ms" :
I18N.Timeout;
coreStates.SetStatus(speedTestResult);
logger.Log(speedTestResult);
}