public static void PushHostfileWrites()
{
if (PrimeDns.Config.LogTelemetryEnabled)
{
LogConnect.PushHostfileWritesToLog();
}
}
public static void PushNumberOfCriticalDomains(int pNumberOfCriticalDomains)
{
if (!PrimeDns.Config.LogTelemetryEnabled)
{
return;
}
if (!PrimeDns.Config.IsTelemetryLite)
{
LogConnect.PushNumberOfCriticalDomainsToLog(pNumberOfCriticalDomains);
}
}
public static void PushRamData(float pRam)
{
if (!PrimeDns.Config.LogTelemetryEnabled)
{
return;
}
if (!PrimeDns.Config.IsTelemetryLite)
{
LogConnect.PushRamUtilizationToLog(pRam);
}
else if (pRam > PrimeDns.Config.PerfRamThreshold)
{
LogConnect.PushRamUtilizationToLog(pRam);
}
}
public static void PushCpuData(float pCpu)
{
if (!PrimeDns.Config.LogTelemetryEnabled)
{
return;
}
if (!PrimeDns.Config.IsTelemetryLite)
{
LogConnect.PushCpuUtilizationToLog(pCpu);
}
else if (pCpu > PrimeDns.Config.PerfCpuThreshold)
{
LogConnect.PushCpuUtilizationToLog(pCpu);
}
}
public static void PushStatusOfThread(string pThreadName, string pStatus)
{
if (!PrimeDns.Config.LogTelemetryEnabled)
{
return;
}
if (!PrimeDns.Config.IsTelemetryLite)
{
LogConnect.PushStatusOfThreadToLog(pThreadName, pStatus);
}
else if (pStatus == "Failed")
{
LogConnect.PushStatusOfThreadToLog(pThreadName, pStatus);
}
}
public static void PushDnsCallsData(string pDomainName, string pStatus, string pType, int pNewIpAdded, int pOldIpRemoved, string pErrorMessage)
{
if (!PrimeDns.Config.LogTelemetryEnabled)
{
return;
}
if (!PrimeDns.Config.IsTelemetryLite)
{
LogConnect.PushDnsCallsDataToLog(pDomainName, pStatus, pType, pNewIpAdded, pOldIpRemoved, pErrorMessage);
}
else if (pStatus == "Failure")
{
LogConnect.PushDnsCallsDataToLog(pDomainName, pStatus, pType, pNewIpAdded, pOldIpRemoved, pErrorMessage);
}
else if (pStatus == "Success" && pErrorMessage != "SUCCESS")
{
LogConnect.PushDnsCallsDataToLog(pDomainName, pStatus, pType, pNewIpAdded, pOldIpRemoved, pErrorMessage);
}
}
