func (self *ofmMpMeterConfig) Map() Reducable {
mpreq := ofp4.MeterMultipartRequest(ofp4.MultipartRequest(self.req).Body())
meterId := mpreq.MeterId()
for meterId, meter := range self.pipe.getMeters(meterId) {
var bands []byte
for _, b := range meter.bands {
if bin, err := b.MarshalBinary(); err != nil {
panic(err)
} else {
bands = append(bands, bin...)
}
}
var flags uint16
if meter.flagPkts {
flags |= ofp4.OFPMF_PKTPS
} else {
flags |= ofp4.OFPMF_KBPS
}
if meter.flagBurst {
flags |= ofp4.OFPMF_BURST
}
if meter.flagStats {
flags |= ofp4.OFPMF_STATS
}
chunk := ofp4.MakeMeterConfig(flags, meterId, bands)
self.chunks = append(self.chunks, chunk)
}
return self
}
func (self *ofmMpMeter) Map() Reducable {
pipe := self.pipe
meterId := ofp4.MeterMultipartRequest(ofp4.MultipartRequest(self.req).Body()).MeterId()
for meterId, meter := range pipe.getMeters(meterId) {
duration := time.Now().Sub(meter.created)
var bands []byte
for _, b := range meter.bands {
bands = append(bands, ofp4.MakeMeterBandStats(b.getPacketCount(), b.getByteCount())...)
}
flowCount := len(pipe.filterFlows(flowFilter{
tableId: ofp4.OFPTT_ALL,
outPort: ofp4.OFPP_ANY,
outGroup: ofp4.OFPG_ANY,
meterId: meterId,
}))
chunk := ofp4.MakeMeterStats(
meterId,
uint32(flowCount),
meter.packetCount,
meter.byteCount,
uint32(duration.Seconds()),
uint32(duration.Nanoseconds()%int64(time.Second)),
bands)
self.chunks = append(self.chunks, chunk)
}
return self
}