private double Algorithm3(ServerSpeedLog serverSpeedLog)
{
if (serverSpeedLog.ErrorContinurousTimes > 30)
{
return(1);
}
else if (serverSpeedLog.TotalConnectTimes < 3)
{
return(500);
}
else if (serverSpeedLog.AvgConnectTime < 0)
{
return(1);
}
else
{
long connections = serverSpeedLog.TotalConnectTimes - serverSpeedLog.TotalDisconnectTimes;
double chance = 20.0 / (serverSpeedLog.AvgConnectTime / 500 + 1) - connections;
if (chance > 500)
{
chance = 500;
}
chance -= serverSpeedLog.ErrorContinurousTimes * 2;
if (chance < 1)
{
chance = 1;
}
return(chance);
}
}
private double Algorithm2(ServerSpeedLog serverSpeedLog)
{
if (serverSpeedLog.ErrorContinurousTimes > 30)
{
return(1);
}
else if (serverSpeedLog.TotalConnectTimes < 3)
{
return(500);
}
else if (serverSpeedLog.AvgConnectTime < 0)
{
return(1);
}
else if (serverSpeedLog.AvgConnectTime <= 20)
{
return(500);
}
else
{
double chance = 10000.0 / serverSpeedLog.AvgConnectTime;
if (chance > 500)
{
chance = 500;
}
chance -= serverSpeedLog.ErrorContinurousTimes * 10;
if (chance < 1)
{
chance = 1;
}
return(chance);
}
}
public void CopyServer(Server Server)
{
this.serverSpeedLog = Server.serverSpeedLog;
this.dnsBuffer = Server.dnsBuffer;
this.dnsTargetBuffer = Server.dnsTargetBuffer;
this.Connections = Server.Connections;
this.enable = Server.enable;
}
public void CopyServer(Server Server)
{
protocoldata = Server.protocoldata;
obfsdata = Server.obfsdata;
serverSpeedLog = Server.serverSpeedLog;
dnsBuffer = Server.dnsBuffer;
Connections = Server.Connections;
enable = Server.enable;
}
public void InheritDataFrom(Server Server)
{
protocoldata = Server.protocoldata;
obfsdata = Server.obfsdata;
serverSpeedLog = Server.serverSpeedLog;
dnsBuffer = Server.dnsBuffer;
Connections = Server.Connections;
//enable = Server.enable;
}
private double Algorithm4(ServerSpeedLog serverSpeedLog, long avg_speed, double zero_chance) // perfer fast speed
{
if (serverSpeedLog.ErrorContinuousTimes >= 20)
{
return(1);
}
if (serverSpeedLog.ErrorContinuousTimes >= 10)
{
return(MIN_CHANCE);
}
if (serverSpeedLog.AvgConnectTime < 0 && serverSpeedLog.TotalConnectTimes >= 3)
{
return(MIN_CHANCE);
}
if (serverSpeedLog.TotalConnectTimes < 1)
{
return(MAX_CHANCE);
}
long avgConnectTime = serverSpeedLog.AvgConnectTime <= 0 ? 1 : serverSpeedLog.AvgConnectTime / 2000 * 2000;
serverSpeedLog.GetTransSpeed(out _, out var speed_d);
if (serverSpeedLog.TotalConnectTimes >= 1 && serverSpeedLog.AvgConnectTime < 0)
{
avgConnectTime = 5000;
}
var speed_mul = speed_d > avg_speed ? 1.0 :
speed_d == 0 ? zero_chance :
speed_d < avg_speed / 2 ? 0.001 : 0.005;
var connections = serverSpeedLog.TotalConnectTimes - serverSpeedLog.TotalDisconnectTimes;
var chance = MAX_CHANCE * speed_mul / (avgConnectTime / 500 + 1) - connections * CONNECTION_PENALTY;
if (chance > MAX_CHANCE)
{
chance = MAX_CHANCE;
}
chance -= serverSpeedLog.ErrorContinuousTimes * ERROR_PENALTY;
if (chance < MIN_CHANCE)
{
chance = MIN_CHANCE;
}
return(chance);
}
private double Algorithm3(ServerSpeedLog serverSpeedLog)
{
if (serverSpeedLog.ErrorContinurousTimes > 30)
return 1;
else if (serverSpeedLog.TotalConnectTimes < 3)
return 500;
else if (serverSpeedLog.AvgConnectTime < 0)
return 1;
else
{
double chance = 20.0 / (serverSpeedLog.AvgConnectTime / 500 + 1);
if (chance > 500) chance = 500;
chance -= serverSpeedLog.ErrorContinurousTimes * 2;
if (chance < 1) chance = 1;
return chance;
}
}
private double Algorithm3(ServerSpeedLog serverSpeedLog) // perfer less error
{
if (serverSpeedLog.ErrorContinuousTimes >= 20)
{
return(1);
}
if (serverSpeedLog.ErrorContinuousTimes >= 10)
{
return(MIN_CHANCE);
}
if (serverSpeedLog.AvgConnectTime < 0 && serverSpeedLog.TotalConnectTimes >= 3)
{
return(MIN_CHANCE);
}
if (serverSpeedLog.TotalConnectTimes < 1)
{
return(MAX_CHANCE);
}
long avgConnectTime = serverSpeedLog.AvgConnectTime <= 0 ? 1 : serverSpeedLog.AvgConnectTime / 1000 * 1000;
if (serverSpeedLog.TotalConnectTimes >= 1 && serverSpeedLog.AvgConnectTime < 0)
{
avgConnectTime = 5000;
}
var connections = serverSpeedLog.TotalConnectTimes - serverSpeedLog.TotalDisconnectTimes;
var chance = MAX_CHANCE * 1.0 / (avgConnectTime / 500 + 1) - connections * CONNECTION_PENALTY;
if (chance > MAX_CHANCE)
{
chance = MAX_CHANCE;
}
chance -= serverSpeedLog.ErrorContinuousTimes * ERROR_PENALTY;
if (chance < MIN_CHANCE)
{
chance = MIN_CHANCE;
}
return(chance);
}
private double Algorithm2(ServerSpeedLog serverSpeedLog)
{
if (serverSpeedLog.ErrorContinurousTimes > 30)
return 1;
else if (serverSpeedLog.TotalConnectTimes < 3)
return 500;
else if (serverSpeedLog.AvgConnectTime < 0)
return 1;
else if (serverSpeedLog.AvgConnectTime <= 20)
return 500;
else
{
long connections = serverSpeedLog.TotalConnectTimes - serverSpeedLog.TotalDisconnectTimes;
double chance = 10000.0 / serverSpeedLog.AvgConnectTime - connections * 5;
if (chance > 500) chance = 500;
chance -= serverSpeedLog.ErrorContinurousTimes * 10;
if (chance < 1) chance = 1;
return chance;
}
}
private double Algorithm2(ServerSpeedLog serverSpeedLog) // perfer less delay
{
if (serverSpeedLog.ErrorContinurousTimes >= 20)
{
return(1);
}
else if (serverSpeedLog.ErrorContinurousTimes >= 10)
{
return(MIN_CHANCE);
}
else if (serverSpeedLog.AvgConnectTime < 0 && serverSpeedLog.TotalConnectTimes >= 3)
{
return(MIN_CHANCE);
}
else if (serverSpeedLog.TotalConnectTimes < 1)
{
return(MAX_CHANCE);
}
else
{
long avgConnectTime = serverSpeedLog.AvgConnectTime <= 0 ? 1 : serverSpeedLog.AvgConnectTime;
if (serverSpeedLog.TotalConnectTimes >= 1 && serverSpeedLog.AvgConnectTime < 0)
{
avgConnectTime = 5000;
}
long connections = serverSpeedLog.TotalConnectTimes - serverSpeedLog.TotalDisconnectTimes;
double chance = MAX_CHANCE * 10.0 / avgConnectTime - connections * CONNECTION_PENALTY;
if (chance > MAX_CHANCE)
{
chance = MAX_CHANCE;
}
chance -= serverSpeedLog.ErrorContinurousTimes * ERROR_PENALTY;
if (chance < MIN_CHANCE)
{
chance = MIN_CHANCE;
}
return(chance);
}
}
public void SetServerSpeedLog(ServerSpeedLog log)
{
serverSpeedLog = log;
}
public void SetServerSpeedLog(ServerSpeedLog log)
{
serverSpeedLog = log;
}
public void CopyServer(Server Server)
{
this.serverSpeedLog = Server.serverSpeedLog;
this.dnsBuffer = Server.dnsBuffer;
this.dnsTargetBuffer = Server.dnsTargetBuffer;
this.Connections = Server.Connections;
this.enable = Server.enable;
}
public void SetServerSpeedLog(ServerSpeedLog log)
{
log.AvgConnectTime = serverSpeedLog.AvgConnectTime;
serverSpeedLog = log;
}