* Traffic load Protos for representing simple traffic information, just packets and bytes. * generated protobuf * utils * add TrafficLoadToTrafficRate * clean up proto * generated protobuf --------- Co-authored-by: github-actions <41898282+github-actions[bot]@users.noreply.github.com>
192 lines
5.6 KiB
Go
192 lines
5.6 KiB
Go
// Copyright 2023 LiveKit, Inc.
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//
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// Licensed under the Apache License, Version 2.0 (the "License");
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// you may not use this file except in compliance with the License.
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// You may obtain a copy of the License at
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//
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// http://www.apache.org/licenses/LICENSE-2.0
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//
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// Unless required by applicable law or agreed to in writing, software
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// distributed under the License is distributed on an "AS IS" BASIS,
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// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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// See the License for the specific language governing permissions and
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// limitations under the License.
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package utils
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import (
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"time"
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"github.com/livekit/protocol/livekit"
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"google.golang.org/protobuf/types/known/timestamppb"
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)
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func AggregateRTPStats(statsList []*livekit.RTPStats, gapHistogramSize int) *livekit.RTPStats {
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if len(statsList) == 0 {
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return nil
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}
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startTime := time.Time{}
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endTime := time.Time{}
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packets := uint32(0)
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bytes := uint64(0)
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headerBytes := uint64(0)
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packetsLost := uint32(0)
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packetsDuplicate := uint32(0)
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bytesDuplicate := uint64(0)
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headerBytesDuplicate := uint64(0)
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packetsPadding := uint32(0)
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bytesPadding := uint64(0)
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headerBytesPadding := uint64(0)
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packetsOutOfOrder := uint32(0)
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frames := uint32(0)
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keyFrames := uint32(0)
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lastKeyFrame := time.Time{}
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jitter := 0.0
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maxJitter := float64(0)
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gapHistogram := make(map[int32]uint32, gapHistogramSize)
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nacks := uint32(0)
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nackAcks := uint32(0)
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nackMisses := uint32(0)
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nackRepeated := uint32(0)
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plis := uint32(0)
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lastPli := time.Time{}
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layerLockPlis := uint32(0)
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lastLayerLockPli := time.Time{}
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firs := uint32(0)
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lastFir := time.Time{}
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rtt := uint32(0)
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maxRtt := uint32(0)
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for _, stats := range statsList {
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if startTime.IsZero() || startTime.After(stats.StartTime.AsTime()) {
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startTime = stats.StartTime.AsTime()
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}
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if endTime.IsZero() || endTime.Before(stats.EndTime.AsTime()) {
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endTime = stats.EndTime.AsTime()
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}
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packets += stats.Packets
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bytes += stats.Bytes
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headerBytes += stats.HeaderBytes
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packetsLost += stats.PacketsLost
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packetsDuplicate += stats.PacketsDuplicate
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bytesDuplicate += stats.BytesDuplicate
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headerBytesDuplicate += stats.HeaderBytesDuplicate
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packetsPadding += stats.PacketsPadding
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bytesPadding += stats.BytesPadding
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headerBytesPadding += stats.HeaderBytesPadding
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packetsOutOfOrder += stats.PacketsOutOfOrder
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frames += stats.Frames
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keyFrames += stats.KeyFrames
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if lastKeyFrame.IsZero() || lastKeyFrame.Before(stats.LastKeyFrame.AsTime()) {
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lastKeyFrame = stats.LastKeyFrame.AsTime()
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}
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jitter += stats.JitterCurrent
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if stats.JitterMax > maxJitter {
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maxJitter = stats.JitterMax
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}
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for burst, count := range stats.GapHistogram {
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gapHistogram[burst] += count
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}
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nacks += stats.Nacks
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nackAcks += stats.NackAcks
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nackMisses += stats.NackMisses
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nackRepeated += stats.NackRepeated
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plis += stats.Plis
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if lastPli.IsZero() || lastPli.Before(stats.LastPli.AsTime()) {
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lastPli = stats.LastPli.AsTime()
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}
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layerLockPlis += stats.LayerLockPlis
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if lastLayerLockPli.IsZero() || lastLayerLockPli.Before(stats.LastLayerLockPli.AsTime()) {
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lastLayerLockPli = stats.LastLayerLockPli.AsTime()
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}
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firs += stats.Firs
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if lastFir.IsZero() || lastPli.Before(stats.LastFir.AsTime()) {
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lastFir = stats.LastFir.AsTime()
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}
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rtt += stats.RttCurrent
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if stats.RttMax > maxRtt {
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maxRtt = stats.RttMax
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}
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}
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if endTime.IsZero() {
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endTime = time.Now()
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}
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elapsed := endTime.Sub(startTime).Seconds()
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packetLostRate := float64(packetsLost) / elapsed
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packetLostPercentage := float32(packetsLost) / (float32(packets) + float32(packetsLost)) * 100.0
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packetRate := float64(packets) / elapsed
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packetDuplicateRate := float64(packetsDuplicate) / elapsed
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packetPaddingRate := float64(packetsPadding) / elapsed
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bitrate := float64(bytes) * 8.0 / elapsed
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bitrateDuplicate := float64(bytesDuplicate) * 8.0 / elapsed
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bitratePadding := float64(bytesPadding) * 8.0 / elapsed
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frameRate := float64(frames) / elapsed
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return &livekit.RTPStats{
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StartTime: timestamppb.New(startTime),
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EndTime: timestamppb.New(endTime),
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Duration: elapsed,
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Packets: packets,
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PacketRate: packetRate,
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Bytes: bytes,
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HeaderBytes: headerBytes,
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Bitrate: bitrate,
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PacketsLost: packetsLost,
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PacketLossRate: packetLostRate,
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PacketLossPercentage: packetLostPercentage,
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PacketsDuplicate: packetsDuplicate,
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PacketDuplicateRate: packetDuplicateRate,
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BytesDuplicate: bytesDuplicate,
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HeaderBytesDuplicate: headerBytesDuplicate,
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BitrateDuplicate: bitrateDuplicate,
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PacketsPadding: packetsPadding,
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PacketPaddingRate: packetPaddingRate,
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BytesPadding: bytesPadding,
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HeaderBytesPadding: headerBytesPadding,
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BitratePadding: bitratePadding,
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PacketsOutOfOrder: packetsOutOfOrder,
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Frames: frames,
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FrameRate: frameRate,
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KeyFrames: keyFrames,
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LastKeyFrame: timestamppb.New(lastKeyFrame),
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JitterCurrent: jitter / float64(len(statsList)),
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JitterMax: maxJitter,
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GapHistogram: gapHistogram,
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Nacks: nacks,
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NackAcks: nackAcks,
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NackMisses: nackMisses,
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NackRepeated: nackRepeated,
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Plis: plis,
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LastPli: timestamppb.New(lastPli),
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LayerLockPlis: layerLockPlis,
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LastLayerLockPli: timestamppb.New(lastLayerLockPli),
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Firs: firs,
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LastFir: timestamppb.New(lastFir),
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RttCurrent: rtt / uint32(len(statsList)),
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RttMax: maxRtt,
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// no aggregation for drift calculations
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}
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}
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