private bool UseCurrentProxy()
{
if (CheckIfHealthy() == HealthStatus.Healthy)
{
Output("AutoProxyManager: UseCurrentProxy " + _currentProxy.ToString());
GlobalCache.MainForm.Invoke(() =>
{
GeckoSettings.HttpProxy = _currentProxy.IP;
GeckoSettings.HttpProxyPort = _currentProxy.Port;
});
StartMonitoring();
HideOutput();
return(true);
}
return(false);
}
private void RecycleCurrentProxy()
{
if (_currentProxy == null)
{
return;
}
HttpProxyEntity currentProxy = _currentProxy;
new Async(() =>
{
API.SDK.Extend.HttpProxy.Instance.RecycleProxy(Utility.EncryptHelper.Encrypt(currentProxy.ProxyId));
Output("AutoProxyManager: RecycleCurrentProxy " + currentProxy.ToString());
}).Start();
}
private HttpProxyStartStatus UseNewProxy()
{
if (IsConnectInternet())
{
try
{
while (badProxyRetry < BadProxyRetryMax)
{
RecycleCurrentProxy(); // 先回收
var serverRes = API.SDK.Extend.HttpProxy.Instance.GetProxy(TokenManager.CachedToken, GlobalCache.CurrentTaskId);
if (serverRes.IsSuccess)
{
_currentProxy = serverRes.Data;
_currentProxy.IP = Utility.EncryptHelper.Decrypt(_currentProxy.IP);
Output("AutoProxyManager: UseNewProxy " + _currentProxy.ToString());
if (UseCurrentProxy())
{
return(HttpProxyStartStatus.OK);
}
}
else
{
Output($"{serverRes.Error}, {serverRes.Error}，重试{badProxyRetry + 1}/{BadProxyRetryMax + 1}...", true);
}
badProxyRetry++;
}
}
catch (Exception ex)
{
Log.Default.Error(ex);
}
return(HttpProxyStartStatus.ProxyServiceInvalid);
}
else
{
return(HttpProxyStartStatus.NetworkDown);
}
}