func printTrip(emits []*dccp.LogRecord) {
reducer := dccp_gauge.NewLogReducer()
for _, rec := range emits {
reducer.Write(rec)
}
trips := dccp_gauge.TripMapToSlice(reducer.Trips())
sort.Sort(TripSeqNoSort(trips))
prints := make([]*PrintRecord, 0)
for _, t := range trips {
prints = append(prints, printNop)
for _, r := range t.Forward {
p := printRecord(r)
if p != nil {
prints = append(prints, p)
}
}
prints = append(prints, printHalveSep)
for _, r := range t.Backward {
p := printRecord(r)
if p != nil {
prints = append(prints, p)
}
}
prints = append(prints, printNop)
prints = append(prints, printTripSep)
}
Print(prints, false)
}
func printStats(emits []*dccp.Trace) {
sort.Sort(TraceTimeSort(emits))
reducer := dccp_gauge.NewLogReducer()
for _, rec := range emits {
reducer.Write(rec)
}
trips := dccp_gauge.TripMapToSlice(reducer.Trips())
sort.Sort(TripSeqNoSort(trips))
sr, rr := dccp_gauge.CalcRates(trips)
fmt.Fprintf(os.Stderr, "Send rate: %g pkt/sec, Receive rate: %g pkt/sec\n", sr, rr)
}