private void GetPlayerStats(object sender, StatsUpdateEventArgs e)
{
// Check if the peerId is the same to see if the rpm is going to change
if (peerId == e.peerId)
{
updatedRPM = e.rpm;
}
}
// Stores avg speed of the player
private void UpdateLiveStats(object sender, StatsUpdateEventArgs e)
{
UnityMainDispatcher.Instance.QForMainThread(UpdateLiveStatsMainThread, e);
if (racing && e.peerId == RealTimeClient.Instance.peerId)
{
AvgSpeedTotal += e.rpm;
++numSpeedMeasurements;
}
}
// Updates the livestats of the leaderboard
private void UpdateLiveStatsMainThread(StatsUpdateEventArgs e)
{
players[e.peerId].distance = WorkoutCalculations.CalculateDistance(e.rotations);
//BLEDebug.LogInfo($"STAT: {e.peerId} {players[e.peerId]} {e.rotations}");
if (racing && e.peerId >= 1 && e.peerId <= 8 && isActive == true)
{
lbTemplate[players[e.peerId].rank - 1].Find("Place").GetComponent <Text>().text = players[e.peerId].rank.ToString();
lbTemplate[players[e.peerId].rank - 1].Find("Distance").GetComponent <Text>().text = players[e.peerId].distance.ToString("F2");
hsTemplate[players[e.peerId].rank - 1].Find("Place").GetComponent <Text>().text = players[e.peerId].rank.ToString();
hsTemplate[players[e.peerId].rank - 1].Find("Distance").GetComponent <Text>().text = players[e.peerId].distance.ToString("F2");
}
}
private void GetPositions(object sender, StatsUpdateEventArgs e)
{
if (e.peerId != RealTimeClient.Instance.peerId)
{
Vector3 newPlayerPos = new Vector3();
float newProgressDis = e.progressDistance;
for (int i = 0; i < 3; i++)
{
newPlayerPos[i] = e.playerPosition[i];
}
serverPlayerPosition = newPlayerPos;
serverProgressDistance = newProgressDis;
}
}
internal void RaiseStatsUpdate(StatsUpdateEventArgs args)
{
Toolbox.RaiseAsyncEvent(StatsUpdate, this, args);
}
internal void RaiseStatsUpdate(StatsUpdateEventArgs args)
{
Toolbox.RaiseAsyncEvent(StatsUpdate, this, args);
}
private void UpdatePlayerStats(object sender, StatsUpdateEventArgs e)
{
rpm = e.rpm;
count = e.rotations;
distance = CalculateDistance(count);
}
void engine_StatsUpdate(object sender, StatsUpdateEventArgs e)
{
if (this.engineState == EngineState.Paused)
{
return;
}
long uploadSpeed = this.engine.TotalUploadSpeed;
long downloadSpeed = this.engine.TotalDownloadSpeed;
int seeds = 0;
int leeches = 0;
int nPeers = 0;
double totalProgress = 0.0;
string names = "Torrents: ";
foreach (TorrentManager manager in this.managers)
{
totalProgress = totalProgress + manager.Progress;
seeds += manager.Peers.Seeds + this.activeWebSeeds;
leeches += manager.Peers.Leechs;
nPeers += manager.InactivePeers;
names += manager.Torrent.Comment;
Console.WriteLine(manager.Monitor.DataBytesDownloaded);
if ((manager.State == TorrentState.Downloading) && (manager.UseWebSeeding == false))
{
manager.UseWebSeeding = true;
}
}
if ((this.engineState == EngineState.Seeding) && (leeches == 0))
{
if (this.waitCount != 30)
{
this.waitCount += 1;
}
else
{
this.waitCount = 0;
this.debug("Announcing to Tracker.");
foreach (TorrentManager manager in this.managers)
{
manager.TrackerManager.Announce();
}
return;
}
}
if ((this.engineState == EngineState.Downloading) && (seeds == 0))
{
seeds += leeches;
}
string debugMessage = names + " Inactive Peers: " + nPeers.ToString()
+ " Seeds: " + seeds.ToString() + " Peers: " + leeches.ToString()
+ " UL: " + uploadSpeed.ToString() + " DL: " + downloadSpeed.ToString() +
" Progress: " + (((totalProgress / (double)this.managers.Count) - 100 * (1 - (double)this.downloadSize / (double)this.totalSize)) * (double)this.totalSize / (double)this.downloadSize).ToString()
+ " DLSize: " + this.downloadSize.ToString() + " TotalSize: " + this.totalSize.ToString();
Console.WriteLine(debugMessage);
debug(debugMessage);
if (this.engineState == EngineState.Seeding)
{
string seedText;
if ((leeches == 0) && (uploadSpeed == 0))
{
seedText = "Waiting for peers...";
}
else
{
seedText = "Seeding to " + leeches.ToString() + " peers at " + niceSize(uploadSpeed) + "/s";
}
TorrentStatusUpdateEventArgs seedArgs = new TorrentStatusUpdateEventArgs((int)uploadSpeed, 0, leeches, 0, 0, seedText, "");
StatusUpdate(this, seedArgs);
return;
}
double progress = (totalProgress / (double)this.managers.Count);
progress = (progress - 100 * (1 - (double)this.downloadSize / (double)this.totalSize)) * (double)this.totalSize / (double)this.downloadSize;
bool stillHashing = false;
string hashMessage = "";
if (progress < 0)
{
stillHashing = true;
if (this.initialProgress == -999999)
{
this.initialProgress = progress;
}
var hashProgress = 1 - progress / this.initialProgress;
hashMessage = "Hashing existing pieces (" + String.Format("{0:0.#}", (hashProgress * 100)) + "%)";
progress = 0;
}
long remaining;
if ((progress > 0.000001) && (downloadSpeed == 0))
{
this.initialSize = (long)((100.0 - progress) * (double)this.downloadSize / 100.0);
}
remaining = (long)((100.0 - progress) * (double)this.downloadSize / 100.0);
progress = Math.Round(progress, 6);
this.speedSample.Add(downloadSpeed);
if (this.speedSample.Count > 30)
{
this.speedSample.RemoveAt(0);
}
double weight = 0;
long speedSum = 0;
float fallOff = 0;
int k = this.speedSample.Count;
List <long> speeds = new List <long>(this.speedSample);
foreach (long entry in speeds)
{
speedSum += (long)((double)entry / Math.Pow(k, fallOff));
weight += (1.0 / Math.Pow(k, fallOff));
k--;
}
long avgSpeed = (long)(speedSum / weight);
if (avgSpeed == 0)
{
avgSpeed = 1;
}
long timeRemaining = remaining / avgSpeed;
bool skipTime = false;
if (this.lastTime == -10000)
{
this.lastTime = timeRemaining;
skipTime = true;
}
else
{
try
{
if ((Math.Abs((this.lastTime - timeRemaining)) > 89) && (timeRemaining > 60))
{
skipTime = true;
}
}
catch (OverflowException)
{
return;
}
}
string plural = "";
if (seeds > 1)
{
plural = "s";
}
this.lastTime = timeRemaining;
if ((timeRemaining < 0) || (Math.Abs(timeRemaining) > 100000))
{
skipTime = true;
}
string infoMessage = "";
if (this.engineState == EngineState.Paused)
{
infoMessage = "Download paused (" + ((int)progress).ToString() + "% of "
+ niceSize(this.downloadSize) + " completed.)";
}
else if ((downloadSpeed == 0) && ((int)progress != 100) && ((int)progress != 0))
{
if ((progress == this.lastProgress) && (progress > 0))
{
infoMessage = "Waiting for seeds...";
}
else
{
infoMessage = "Resuming previous update...";
}
this.lastProgress = progress;
}
else if ((downloadSpeed == 0) && ((int)progress == 0))
{
if (stillHashing)
{
infoMessage = hashMessage;
}
else
{
infoMessage = "Establishing Connections...";
}
}
else
{
infoMessage = "Downloading " + niceSize(this.downloadSize)
+ " from " + seeds.ToString() + " seed" + plural + " at " + niceSize(downloadSpeed)
+ "/s (" + ((int)progress).ToString() + "% completed)";
}
string timeMessage = "";
if (!skipTime)
{
timeMessage = "Approximately " + niceTime((long)timeRemaining) + " remaining.";
this.lastTimeMessage = timeMessage;
}
else
{
timeMessage = this.lastTimeMessage;
}
TorrentStatusUpdateEventArgs args = new TorrentStatusUpdateEventArgs((int)uploadSpeed, (int)downloadSpeed, leeches, seeds, progress, infoMessage, timeMessage);
if (this.engineState != EngineState.Paused)
{
UpdateStatus(args);
}
}
