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331 行
15 KiB

using UnityEngine;
using UnityEngine.Profiling;
public class NetworkStatisticsClient
{
public FloatRollingAverage rtt { get { return m_RTT; } }
public bool notifyHardCatchup; // Set to true to record hard catchup for this update
public NetworkStatisticsClient(NetworkClient networkClient)
{
m_NetworkClient = networkClient;
//for (var i = 0; i < m_PackageContentStatistics.Length; i++)
//m_PackageContentStatistics[i] = new int[(int)NetworkCompressionReader.Type._NumTypes];
}
public void Update(float frameTimeScale, float interpTime)
{
Profiler.BeginSample("NetworkStatisticsClient.Update");
var clientCounters = m_NetworkClient.counters;
// Grab package content stats into our circular buffer
//if (clientCounters != null && m_PackageContentStatisticsLastSequence < clientCounters.packageContentStatsPackageSequence)
//{
// m_PackageContentStatisticsLastSequence = clientCounters.packageContentStatsPackageSequence;
// var i = m_PackageContentStatisticsLastSequence % m_PackageContentStatistics.Length;
// var packStats = clientCounters.packageContentStats;
// if (packStats != null)
// packStats.CopyTo(m_PackageContentStatistics[i], 0);
//}
m_FrameTimeScale = frameTimeScale;
m_StatsDeltaTime.Update(Time.deltaTime);
m_HardCatchup.Add(notifyHardCatchup ? 100 : 0);
notifyHardCatchup = false;
m_ServerSimTime.Update(m_NetworkClient.serverSimTime);
m_BytesIn.Update(clientCounters != null ? clientCounters.bytesIn : 0);
m_PackagesIn.Update(clientCounters != null ? clientCounters.packagesIn : 0);
m_HeaderBitsIn.Update(clientCounters != null ? clientCounters.headerBitsIn : 0);
m_BytesOut.Update(clientCounters != null ? clientCounters.bytesOut : 0);
m_PackagesOut.Update(clientCounters != null ? clientCounters.packagesOut : 0);
m_Latency.Update(m_NetworkClient.timeSinceSnapshot);
m_RTT.Update(m_NetworkClient.rtt);
m_CMDQ.Update(m_NetworkClient.lastAcknowlegdedCommandTime - m_NetworkClient.serverTime);
m_Interp.Update(interpTime * 1000);
m_SnapshotsIn.Update(clientCounters != null ? clientCounters.snapshotsIn : 0);
m_CommandsOut.Update(clientCounters != null ? clientCounters.commandsOut : 0);
m_EventsIn.Update(clientCounters != null ? clientCounters.eventsIn : 0);
m_EventsOut.Update(clientCounters != null ? clientCounters.eventsOut : 0);
// Calculate package loss pct
if (clientCounters != null && Time.time > m_NextLossCalc)
{
m_NextLossCalc = Time.time + 0.2f;
var packagesIn = clientCounters.packagesIn - m_PackageCountPrevIn;
m_PackageCountPrevIn = clientCounters.packagesIn;
var loss = clientCounters.packagesLostIn - m_PackageLossPrevIn;
m_PackageLossPrevIn = clientCounters.packagesLostIn;
var totalIn = packagesIn + loss;
m_PackagesLostPctIn = totalIn != 0 ? loss * 100 / totalIn : 0;
var packagesOut = clientCounters.packagesOut - m_PackageCountPrevOut;
m_PackageCountPrevOut = clientCounters.packagesOut;
loss = clientCounters.packagesLostOut - m_PackageLossPrevOut;
m_PackageLossPrevOut = clientCounters.packagesLostOut;
var totalOut = packagesOut + loss;
m_PackagesLostPctOut = totalOut != 0 ? loss * 100 / totalOut : 0;
}
m_PackageLossPctIn.Update(m_PackagesLostPctIn);
m_PackageLossPctOut.Update(m_PackagesLostPctOut);
switch (NetworkConfig.netStats.IntValue)
{
case 1: DrawCompactStats(); break;
case 2: DrawStats(); break;
case 3: DrawCounters(); break;
case 4: DrawPackageStatistics(); break;
}
if(NetworkConfig.netPrintStats.IntValue > 0)
{
if(Time.frameCount % NetworkConfig.netPrintStats.IntValue == 0)
{
PrintStats();
}
}
// Pass on a few key stats to gamestatistics
if(Game.game.m_GameStatistics != null)
{
Game.game.m_GameStatistics.rtt = Mathf.RoundToInt(m_RTT.average);
}
Profiler.EndSample();
}
void PrintStats()
{
GameDebug.Log("Network stats");
GameDebug.Log("=============");
GameDebug.Log("Tick rate : " + Game.serverTickRate.IntValue);
GameDebug.Log("clientID : " + m_NetworkClient.clientId);
GameDebug.Log("rtt : " + m_NetworkClient.rtt);
GameDebug.Log("LastPkgSeq: " + m_NetworkClient.counters.packageContentStatsPackageSequence);
GameDebug.Log("ServerTime: " + m_NetworkClient.serverTime);
Console.Write("-------------------");
}
/*
static Color[] colors =
{
Color.gray, // None,
Color.white, // Header,
Color.blue, // ServerStats,
Color.yellow, // ClientInfo,
Color.magenta, // MapInfo,
new Color(0,0.5f,0,1), // SnapshotSchema,
Color.red, // SnapshotNoBaseline,
Color.green, // SnapshotBaseline,
Color.cyan, // Event,
};
*/
void DrawPackageStatistics()
{
//float x = DebugOverlay.Width - 20;
//float y = DebugOverlay.Height - 8;
//float dx = 1.0f; // bar spacing
//float w = 1.0f; // width of bars
//float bitheight = 0.01f;
//int maxbits = 0;
//int numstats = m_PackageContentStatistics.Length;
//for (var i = 0; i < numstats; ++i)
//{
// var idx = (m_PackageContentStatisticsLastSequence + numstats - i) % numstats;
// var s = m_PackageContentStatistics[idx];
// int bits = 0;
// for (var j = 0; j < s.Length; j++)
// {
// float h = bitheight * s[j];
// DebugOverlay.DrawRect(x+i*dx, y - bits*bitheight - h, w, h, colors[j]);
// bits += s[j];
// }
// if (bits > maxbits)
// maxbits = bits;
//}
//int maxbytes = (maxbits + 7) / 8;
//int step = 16;
//if (maxbytes < step)
// maxbytes = step;
//for (var i = 0; i <= maxbytes; i += step)
//{
// DebugOverlay.Write(x-4, y - i * 8 * bitheight - 0.5f, "{0:###}b", i);
//}
}
void DrawCompactStats()
{
var samplesPerSecond = 1.0f / m_StatsDeltaTime.average;
DebugOverlay.Write(-50, -4, "pps (in/out): {0} / {1}", m_PackagesIn.graph.average * samplesPerSecond, m_PackagesOut.graph.average * samplesPerSecond);
DebugOverlay.Write(-50, -3, "bps (in/out): {0:00.0} / {1:00.0}", m_BytesIn.graph.average * samplesPerSecond, m_BytesOut.graph.average * samplesPerSecond);
var startIndex = m_BytesIn.graph.GetData().HeadIndex;
DebugOverlay.DrawHist(-50, -2, 20, 2, m_BytesIn.graph.GetData().GetArray(), startIndex, Color.blue, 5.0f);
}
void DrawStats()
{
var samplesPerSecond = 1.0f / m_StatsDeltaTime.average;
int y = 2;
DebugOverlay.Write(2, y++, " tick rate: {0}", m_NetworkClient.serverTickRate);
DebugOverlay.Write(2, y++, " frame timescale: {0}", m_FrameTimeScale);
DebugOverlay.Write(2, y++, " sim : {0:0.0} / {1:0.0} / {2:0.0} ({3:0.0})",
m_ServerSimTime.min,
m_ServerSimTime.min,
m_ServerSimTime.max,
m_ServerSimTime.stdDeviation);
DebugOverlay.Write(2, y++, "^FF0 lat : {0:0.0} / {1:0.0} / {2:0.0}", m_Latency.min, m_Latency.average, m_Latency.max);
DebugOverlay.Write(2, y++, "^0FF rtt : {0:0.0} / {1:0.0} / {2:0.0}", m_RTT.min, m_RTT.average, m_RTT.max);
DebugOverlay.Write(2, y++, "^0F0 cmdq : {0:0.0} / {1:0.0} / {2:0.0}", m_CMDQ.min, m_CMDQ.average, m_CMDQ.max);
DebugOverlay.Write(2, y++, "^F0F intp : {0:0.0} / {1:0.0} / {2:0.0}", m_Interp.min, m_Interp.average, m_Interp.max);
y++;
DebugOverlay.Write(2, y++, "^22F header/payload/total bps (in):");
DebugOverlay.Write(2, y++, "^22F {0:00.0} / {1:00.0} / {2:00.0} ({3})", m_HeaderBitsIn.graph.average / 8.0f * samplesPerSecond,
(m_BytesIn.graph.average - m_HeaderBitsIn.graph.average / 8.0f) * samplesPerSecond,
m_BytesIn.graph.average* samplesPerSecond,
m_NetworkClient.clientConfig.serverUpdateRate);
DebugOverlay.Write(2, y++, "^F00 bps (out): {0:00.0}", m_BytesOut.graph.average * samplesPerSecond);
DebugOverlay.Write(2, y++, " pps (in): {0:00.0}", m_PackagesIn.graph.average * samplesPerSecond);
DebugOverlay.Write(2, y++, " pps (out): {0:00.0}", m_PackagesOut.graph.average * samplesPerSecond);
DebugOverlay.Write(2, y++, " pl% (in): {0:00.0}", m_PackageLossPctIn.average);
DebugOverlay.Write(2, y++, " pl% (out): {0:00.0}", m_PackageLossPctOut.average);
y++;
DebugOverlay.Write(2, y++, " upd_srate: {0:00.0} ({1})", m_SnapshotsIn.graph.average * samplesPerSecond, m_NetworkClient.clientConfig.serverUpdateSendRate);
DebugOverlay.Write(2, y++, " cmd_srate: {0:00.0} ({1})", m_CommandsOut.graph.average * samplesPerSecond, m_NetworkClient.serverTickRate);
DebugOverlay.Write(2, y++, " ev (in): {0:00.0}", m_EventsIn.graph.average * samplesPerSecond);
DebugOverlay.Write(2, y++, " ev (out): {0:00.0}", m_EventsOut.graph.average * samplesPerSecond);
var startIndex = m_BytesIn.graph.GetData().HeadIndex;
var graphY = 5;
DebugOverlay.DrawGraph(38, graphY, 60, 5, m_Latency.GetData().GetArray(), startIndex, Color.yellow, 100);
DebugOverlay.DrawGraph(38, graphY, 60, 5, m_RTT.GetData().GetArray(), startIndex, Color.cyan, 100);
DebugOverlay.DrawGraph(38, graphY, 60, 5, m_CMDQ.GetData().GetArray(), startIndex, Color.green, 10);
DebugOverlay.DrawGraph(38, graphY, 60, 5, m_Interp.GetData().GetArray(), startIndex, Color.magenta, 100);
DebugOverlay.DrawHist(38, graphY, 60, 5, m_HardCatchup.GetArray(), startIndex, Color.red, 100);
m_2GraphData[0] = m_BytesIn.graph.GetData().GetArray();
m_2GraphData[1] = m_BytesOut.graph.GetData().GetArray();
graphY += 7;
DebugOverlay.DrawGraph(38, graphY, 60, 5, m_2GraphData, startIndex, m_BytesGraphColors);
graphY += 6;
DebugOverlay.DrawHist(38, graphY++, 60, 1, m_SnapshotsIn.graph.GetData().GetArray(), startIndex, Color.blue, 5.0f);
DebugOverlay.DrawHist(38, graphY++, 60, 1, m_CommandsOut.graph.GetData().GetArray(), startIndex, Color.red, 5.0f);
DebugOverlay.DrawHist(38, graphY++, 60, 1, m_EventsIn.graph.GetData().GetArray(), startIndex, Color.yellow, 5.0f);
DebugOverlay.DrawHist(38, graphY++, 60, 1, m_EventsOut.graph.GetData().GetArray(), startIndex, Color.green, 5.0f);
}
void DrawCounters()
{
var counters = m_NetworkClient.counters;
if (counters == null)
return;
int y = 2;
DebugOverlay.Write(2, y++, " Bytes in : {0}", counters.bytesIn);
DebugOverlay.Write(2, y++, " Bytes out : {0}", counters.bytesOut);
DebugOverlay.Write(2, y++, " Packages in : {0}", counters.packagesIn);
DebugOverlay.Write(2, y++, " Packages out : {0}", counters.packagesOut);
y++;
DebugOverlay.Write(2, y++, " Stale packages : {0}", counters.packagesStaleIn);
DebugOverlay.Write(2, y++, " Duplicate packages : {0}", counters.packagesDuplicateIn);
DebugOverlay.Write(2, y++, " Out of order packages : {0}", counters.packagesOutOfOrderIn);
y++;
DebugOverlay.Write(2, y++, " Lost packages in : {0}", counters.packagesLostIn);
DebugOverlay.Write(2, y++, " Lost packages out : {0}", counters.packagesLostOut);
y++;
DebugOverlay.Write(2, y++, " Fragmented packages in : {0}", counters.fragmentedPackagesIn);
DebugOverlay.Write(2, y++, " Fragmented packages out : {0}", counters.fragmentedPackagesOut);
DebugOverlay.Write(2, y++, " Fragmented packages lost in : {0}", counters.fragmentedPackagesLostIn);
DebugOverlay.Write(2, y++, " Fragmented packages lost out : {0}", counters.fragmentedPackagesLostOut);
y++;
DebugOverlay.Write(2, y++, " Choked packages lost : {0}", counters.chokedPackagesOut);
}
float m_FrameTimeScale;
NetworkClient m_NetworkClient;
float[][] m_2GraphData = new float[2][];
Color[] m_BytesGraphColors = new Color[] { Color.blue, Color.red };
//int[][] m_PackageContentStatistics = new int[k_NumPackageContentStats][];
//int m_PackageContentStatisticsLastSequence;
float m_NextLossCalc;
float m_PackagesLostPctIn;
int m_PackageCountPrevIn;
int m_PackageLossPrevIn;
float m_PackagesLostPctOut;
int m_PackageCountPrevOut;
int m_PackageLossPrevOut;
const int k_WindowSize = 120;
const int k_NumPackageContentStats = 16;
class Aggregator
{
public float previousValue;
public FloatRollingAverage graph = new FloatRollingAverage(k_WindowSize);
public void Update(float value)
{
graph.Update(value - previousValue);
previousValue = value;
}
}
FloatRollingAverage m_StatsDeltaTime = new FloatRollingAverage(k_WindowSize);
FloatRollingAverage m_ServerSimTime = new FloatRollingAverage(k_WindowSize);
FloatRollingAverage m_Latency = new FloatRollingAverage(k_WindowSize);
FloatRollingAverage m_RTT = new FloatRollingAverage(k_WindowSize);
FloatRollingAverage m_CMDQ = new FloatRollingAverage(k_WindowSize);
FloatRollingAverage m_Interp = new FloatRollingAverage(k_WindowSize);
CircularList<float> m_HardCatchup = new CircularList<float>(k_WindowSize);
Aggregator m_BytesIn = new Aggregator();
Aggregator m_PackagesIn = new Aggregator();
Aggregator m_HeaderBitsIn = new Aggregator();
Aggregator m_SnapshotsIn = new Aggregator();
Aggregator m_EventsIn = new Aggregator();
Aggregator m_BytesOut = new Aggregator();
Aggregator m_PackagesOut = new Aggregator();
FloatRollingAverage m_PackageLossPctIn = new FloatRollingAverage(k_WindowSize);
FloatRollingAverage m_PackageLossPctOut = new FloatRollingAverage(k_WindowSize);
Aggregator m_CommandsOut = new Aggregator();
Aggregator m_EventsOut = new Aggregator();
}