}
ResolvedIpCount = resolved_ip_count;
- GlobalLogger.notice() << "Stat(" << HostAddress << "): "
+ GlobalLogger.debug() << "Stat(" << HostAddress << "): "
<< PingsFailedCount << " fail/" << PingsPerformedCount << " pings/"
<< ResolvedIpCount << " IPs: #IPs set";
}
*/
void HostStatus::update_ping_statistics( bool ping_success )
{
- GlobalLogger.notice() << "Stat(" << HostAddress << "): "
+ GlobalLogger.debug() << "Stat(" << HostAddress << "): "
<< PingsFailedCount << " fail/" << PingsPerformedCount << " pings/"
<< ResolvedIpCount << " IPs: add ping with success=" << ping_success;
// notify if the amount of pings that failed exceed the limit
if ( exceeded_ping_failed_limit() )
{
- GlobalLogger.notice() << "Stat(" << HostAddress << "): "
+ GlobalLogger.debug() << "Stat(" << HostAddress << "): "
<< PingsFailedCount << " fail/" << PingsPerformedCount << " pings/"
<< ResolvedIpCount << " IPs: notify down";
LinkAnalyzer->notify_host_down( HostAddress );
}
else
{
- GlobalLogger.notice() << "Stat(" << HostAddress << "): "
+ GlobalLogger.debug() << "Stat(" << HostAddress << "): "
<< PingsFailedCount << " fail/" << PingsPerformedCount << " pings/"
<< ResolvedIpCount << " IPs: notify up";
LinkAnalyzer->notify_host_up( HostAddress );
{
ExceededPingFailedLimit = true;
- GlobalLogger.notice() << "Stat(" << HostAddress << "): "
+ GlobalLogger.debug() << "Stat(" << HostAddress << "): "
<< PingsFailedCount << " fail/" << PingsPerformedCount << " pings/"
<< ResolvedIpCount << " IPs: exceed limit=" << ping_fail_limit_count;
}
{
ExceededPingFailedLimit = false;
- GlobalLogger.notice() << "Stat(" << HostAddress << "): "
+ GlobalLogger.debug() << "Stat(" << HostAddress << "): "
<< PingsFailedCount << " fail/" << PingsPerformedCount << " pings/"
<< ResolvedIpCount << " IPs: below limit=" << ping_fail_limit_count;
}