Tuple <long, long> DoSpeedTesting(
string title,
string testUrl,
int testTimeout,
int port,
string config,
EventHandler <VgcApis.Models.Datas.StrEvent> logDeliever)
{
void log(string content) => logDeliever?.Invoke(this, new VgcApis.Models.Datas.StrEvent(content));
log($"{I18N.SpeedtestPortNum}{port}");
if (string.IsNullOrEmpty(config))
{
log(I18N.DecodeImportFail);
return(new Tuple <long, long>(TIMEOUT, 0));
}
var speedTester = new Libs.V2Ray.Core(setting)
{
title = title
};
if (logDeliever != null)
{
speedTester.OnLog += logDeliever;
}
long latency = TIMEOUT;
long len = 0;
try
{
speedTester.RestartCore(config);
if (WaitUntilCoreReady(speedTester))
{
var expectedSizeInKib = setting.isUseCustomSpeedtestSettings ? setting.CustomSpeedtestExpectedSizeInKib : -1;
var r = VgcApis.Misc.Utils.TimedDownloadTest(testUrl, port, expectedSizeInKib, testTimeout);
latency = r.Item1;
len = r.Item2;
}
speedTester.StopCore();
if (logDeliever != null)
{
speedTester.OnLog -= logDeliever;
}
}
catch { }
return(new Tuple <long, long>(latency, len));
}
long DoSpeedTesting(
string title,
string testUrl,
int testTimeout,
int port,
string config,
EventHandler <VgcApis.Models.Datas.StrEvent> logDeliever)
{
void log(string content) => logDeliever?.Invoke(this, new VgcApis.Models.Datas.StrEvent(content));
log($"{I18N.SpeedtestPortNum}{port}");
if (string.IsNullOrEmpty(config))
{
log(I18N.DecodeImportFail);
return(SpeedtestTimeout);
}
var speedTester = new Libs.V2Ray.Core(setting)
{
title = title
};
if (logDeliever != null)
{
speedTester.OnLog += logDeliever;
}
long latency = VgcApis.Models.Consts.Core.SpeedtestTimeout;
try
{
speedTester.RestartCore(config);
var expectedSizeInKib = setting.isUseCustomSpeedtestSettings ? setting.CustomSpeedtestExpectedSizeInKib : -1;
latency = VgcApis.Misc.Utils.TimedDownloadTesting(testUrl, port, expectedSizeInKib, testTimeout);
speedTester.StopCore();
if (logDeliever != null)
{
speedTester.OnLog -= logDeliever;
}
}
catch { }
return(latency);
}
void RestartCoreWorker(Action next)
{
try
{
var finalConfig = configer.GetFinalConfig();
if (finalConfig == null)
{
StopCore();
return;
}
v2rayCore.title = coreStates.GetTitle();
v2rayCore.RestartCore(finalConfig.ToString(), Misc.Utils.GetEnvVarsFromConfig(finalConfig));
bookKeeper?.Run();
}
finally
{
next?.Invoke();
}
}
long RunSpeedTestWorker(
string rawConfig,
string title,
string testUrl,
int testTimeout,
bool isUseCache,
bool isInjectSpeedTestTpl,
bool isInjectActivateTpl,
EventHandler <VgcApis.Models.Datas.StrEvent> logDeliever)
{
var port = VgcApis.Misc.Utils.GetFreeTcpPort();
// for debugging
logDeliever?.Invoke(this, new VgcApis.Models.Datas.StrEvent(
I18N.SpeedtestPortNum + port.ToString()));
var speedTestConfig = CreateSpeedTestConfig(
rawConfig, port, isUseCache, isInjectSpeedTestTpl, isInjectActivateTpl);
if (string.IsNullOrEmpty(speedTestConfig))
{
logDeliever?.Invoke(this, new VgcApis.Models.Datas.StrEvent(I18N.DecodeImportFail));
return(SpeedtestTimeout);
}
var speedTester = new Libs.V2Ray.Core(setting)
{
title = title
};
speedTester.WaitForStartCoreToken();
if (setting.isSpeedtestCancelled)
{
speedTester.ReleaseToken();
return(VgcApis.Models.Consts.Core.SpeedtestAbort);
}
if (logDeliever != null)
{
speedTester.OnLog += logDeliever;
}
try
{
speedTester.RestartCore(speedTestConfig);
}
finally
{
speedTester.ReleaseToken();
}
var expectedSizeInKib = setting.isUseCustomSpeedtestSettings ?
setting.CustomSpeedtestExpectedSizeInKib : 0;
long testResult = Misc.Utils.VisitWebPageSpeedTest(testUrl, port, expectedSizeInKib, testTimeout);
speedTester.StopCore();
if (logDeliever != null)
{
speedTester.OnLog -= logDeliever;
}
return(testResult);
}