func (w *Worker) Status(req *WorkerStatusRequest, rep *WorkerStatusResponse) error {
w.mirrors.Status(req, rep)
// TODO - pass WorkerOptions out.
rep.MaxJobCount = w.options.Jobs
rep.Version = Version()
rep.Accepting = w.accepting
rep.CpuStats = w.stats.CpuStats()
rep.DiskStats = w.stats.DiskStats()
rep.PhaseCounts = w.stats.PhaseCounts()
rep.PhaseNames = w.stats.PhaseOrder
rep.TotalCpu = *stats.TotalCpuStat()
rep.MemStat = *stats.GetMemStat()
return nil
}
func (me *Worker) PeriodicHouseholding() {
for me.accepting {
me.Report()
if me.options.HeapLimit > 0 {
heap := stats.GetMemStat().Total()
if heap > me.options.HeapLimit {
log.Println("Exceeded heap limit. Restarting...")
me.shutdown(true, false)
}
}
c := time.After(me.options.ReportInterval)
<-c
}
}
func (me *Worker) Status(req *WorkerStatusRequest, rep *WorkerStatusResponse) error {
me.mirrors.Status(req, rep)
// TODO - pass WorkerOptions out.
rep.MaxJobCount = me.options.Jobs
rep.Version = Version()
rep.Accepting = me.accepting
rep.CpuStats = me.stats.CpuStats()
rep.DiskStats = me.stats.DiskStats()
rep.PhaseCounts = me.stats.PhaseCounts()
rep.PhaseNames = me.stats.PhaseOrder
rep.TotalCpu = *stats.TotalCpuStat()
rep.ContentCacheHitRate = me.content.MemoryHitRate()
rep.ContentCacheHitAge = me.content.MemoryHitAge()
rep.MemStat = *stats.GetMemStat()
return nil
}
