void DefragStats::Init()
{
Clear();
// default window size to 1 quantum, we may set it to something else later.
this->RecentWindowMax = this->RecentWindowQuantum;
// insert static items into the stats pool so we can use the pool
// to Advance and Clear. these items also publish the overall value
STATS_POOL_ADD_VAL_PUB_RECENT(Pool, "", DrainSuccesses, IF_BASICPUB);
STATS_POOL_ADD_VAL_PUB_RECENT(Pool, "", DrainFailures, IF_BASICPUB);
STATS_POOL_ADD_VAL(Pool, "", MachinesDraining, IF_BASICPUB);
STATS_POOL_PUB_PEAK(Pool, "", MachinesDraining, IF_BASICPUB);
STATS_POOL_ADD_VAL(Pool, "", WholeMachines, IF_BASICPUB);
STATS_POOL_PUB_PEAK(Pool, "", WholeMachines, IF_BASICPUB);
STATS_POOL_ADD_VAL(Pool, "", AvgDrainingBadput, IF_BASICPUB);
STATS_POOL_ADD_VAL(Pool, "", AvgDrainingUnclaimed, IF_BASICPUB);
STATS_POOL_ADD_VAL(Pool, "", MeanDrainedArrival, IF_BASICPUB);
STATS_POOL_ADD_VAL(Pool, "", MeanDrainedArrivalSD, IF_BASICPUB);
STATS_POOL_ADD_VAL(Pool, "", DrainedMachines, IF_BASICPUB);
}
// this is for first time initialization before calling SetWindowSize,
// use the Clear() method to reset stats after the window size has been set.
//
void DaemonCore::Stats::Init(bool enable)
{
Clear();
this->enabled = enable;
this->RecentWindowQuantum = configured_statistics_window_quantum();
this->RecentWindowMax = this->RecentWindowQuantum;
this->PublishFlags = -1;
if ( ! enable) return;
// insert static items into the stats pool so we can use the pool
// to Advance and Clear. these items also publish the overall value
// and the Recent value
//
DC_STATS_ADD_RECENT(Pool, SelectWaittime, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, SignalRuntime, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, TimerRuntime, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, SocketRuntime, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, PipeRuntime, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, Signals, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, TimersFired, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, SockMessages, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, PipeMessages, IF_BASICPUB);
//DC_STATS_ADD_RECENT(Pool, SockBytes, IF_BASICPUB);
//DC_STATS_ADD_RECENT(Pool, PipeBytes, IF_BASICPUB);
DC_STATS_ADD_RECENT(Pool, DebugOuts, IF_VERBOSEPUB);
DC_STATS_ADD_RECENT(Pool, PumpCycle, IF_VERBOSEPUB);
STATS_POOL_ADD_VAL(Pool, "DC", UdpQueueDepth, IF_BASICPUB);
STATS_POOL_PUB_PEAK(Pool, "DC", UdpQueueDepth, IF_BASICPUB);
DC_STATS_ADD_DEF(Pool, Commands, IF_BASICPUB);
// insert entries that are stored in helper modules
//
extern stats_entry_probe<double> condor_fsync_runtime;
Pool.AddProbe("DCfsync", &condor_fsync_runtime, "DCfsync", IF_VERBOSEPUB | IF_RT_SUM);
#if 1
//PRAGMA_REMIND("temporarily!! publish recent windowed values for DNS lookup runtime...")
extern stats_entry_recent<Probe> getaddrinfo_runtime; // count & runtime of all lookups, success and fail
extern stats_entry_recent<Probe> getaddrinfo_fast_runtime; // count & runtime of successful lookups that were faster than getaddrinfo_slow_limit
extern stats_entry_recent<Probe> getaddrinfo_slow_runtime; // count & runtime of successful lookups that were slower than getaddrinfo_slow_limit
extern stats_entry_recent<Probe> getaddrinfo_fail_runtime; // count & runtime of failed lookups
//extern double getaddrinfo_slow_limit;
//#define GAI_TAG "DNSLookup"
#define GAI_TAG "NameResolve"
const int pub_flags = ProbeDetailMode_RT_SUM | stats_entry_recent<Probe>::PubValueAndRecent;
Pool.AddProbe("DC" GAI_TAG, &getaddrinfo_runtime, NULL, IF_VERBOSEPUB | pub_flags);
Pool.AddProbe("DC" GAI_TAG "Fast", &getaddrinfo_fast_runtime, NULL, IF_VERBOSEPUB | pub_flags);
Pool.AddProbe("DC" GAI_TAG "Slow", &getaddrinfo_slow_runtime, NULL, IF_VERBOSEPUB | pub_flags);
Pool.AddProbe("DC" GAI_TAG "Fail", &getaddrinfo_fail_runtime, NULL, IF_VERBOSEPUB | pub_flags);
#undef GAI_TAG
#else
extern stats_entry_probe<double> getaddrinfo_runtime; // count & runtime of all lookups, success and fail
extern stats_entry_probe<double> getaddrinfo_fast_runtime; // count & runtime of successful lookups that were faster than getaddrinfo_slow_limit
extern stats_entry_probe<double> getaddrinfo_slow_runtime; // count & runtime of successful lookups that were slower than getaddrinfo_slow_limit
extern stats_entry_probe<double> getaddrinfo_fail_runtime; // count & runtime of failed lookups
//extern double getaddrinfo_slow_limit;
//#define GAI_TAG "DNSLookup"
#define GAI_TAG "NameResolve"
Pool.AddProbe("DC" GAI_TAG, &getaddrinfo_runtime, "DC" GAI_TAG, IF_VERBOSEPUB | IF_RT_SUM);
Pool.AddProbe("DC" GAI_TAG "Fast", &getaddrinfo_fast_runtime, "DC" GAI_TAG "Fast", IF_VERBOSEPUB | IF_RT_SUM);
Pool.AddProbe("DC" GAI_TAG "Slow", &getaddrinfo_slow_runtime, "DC" GAI_TAG "Slow", IF_VERBOSEPUB | IF_RT_SUM);
Pool.AddProbe("DC" GAI_TAG "Fail", &getaddrinfo_fail_runtime, "DC" GAI_TAG "Fail", IF_VERBOSEPUB | IF_RT_SUM);
#undef GAI_TAG
#endif
// Insert additional publish entries for the XXXDebug values
//
DC_STATS_PUB_DEBUG(Pool, SelectWaittime, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, SignalRuntime, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, TimerRuntime, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, SocketRuntime, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, PipeRuntime, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, Signals, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, TimersFired, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, SockMessages, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, PipeMessages, IF_BASICPUB);
//DC_STATS_PUB_DEBUG(Pool, SockBytes, IF_BASICPUB);
//DC_STATS_PUB_DEBUG(Pool, PipeBytes, IF_BASICPUB);
DC_STATS_PUB_DEBUG(Pool, DebugOuts, IF_VERBOSEPUB);
DC_STATS_PUB_DEBUG(Pool, PumpCycle, IF_VERBOSEPUB);
// clear all counters we just added to the pool
Pool.Clear();
}
