void st_NewHighscoreFound(object sender, HighscoreEventArgs e)
{
/* Whenever a new highscore is found/added, this event is called.
*/
PrintEvent(String.Format("NewHighscoreFound {0} {1} {2} {3} {4} {5}",
e.FromNetwork, e.Score.Gamertag, e.Score.Score, e.Score.Gametype,
e.RankInGametype, e.RankInGamertag));
/* Re-build the display text if I'm currently viewing the highscores tables.
*/
if (isHighscores)
{
BuildHighscoreTexts();
}
}
/* I got some new highscore. Sort it into my tables, and kick off an
* auto-save if necessary. Make sure I don't save too many scores. There's
* one allowance for "network" scores, and another allowance for "non-network"
* scores, on the theory that players want to see their own scores even if
* they are worse than the worst network score received.
*/
protected virtual void HighscoreReceived(Highscore data, bool fromNetwork)
{
int nGamertag = 0;
int nGametype = 0;
int nGamertagGametype = 0;
int rankInGamertag = 0;
int rankInGametype = 0;
int rankInGamertagGametype = 0;
Highscore lowestGamertag = null;
Highscore lowestGametype = null;
Highscore lowestGamertagGametype = null;
Highscore oldestDate = null;
lock (highscores)
{
gametypes.Add(data.Gametype);
foreach (Highscore hs in highscores)
{
if (oldestDate == null || oldestDate.Date > hs.Date)
{
oldestDate = hs;
}
if (hs.Gamertag == data.Gamertag)
{
if (hs.Score > data.Score)
{
rankInGamertag++;
}
if (lowestGamertag == null || lowestGamertag.Score > hs.Score)
{
lowestGamertag = hs;
}
++nGamertag;
}
if (hs.Gametype == data.Gametype)
{
if (hs.Score > data.Score)
{
rankInGametype++;
}
if (lowestGametype == null || lowestGametype.Score > hs.Score)
{
lowestGametype = hs;
}
++nGametype;
}
if (hs.Gamertag == data.Gamertag && hs.Gametype == data.Gametype)
{
if (hs.Score > data.Score)
{
rankInGamertagGametype++;
}
if (lowestGamertagGametype == null || lowestGamertagGametype.Score > hs.Score)
{
lowestGamertagGametype = hs;
}
++nGamertagGametype;
}
}
if (lowestGamertag == null || data.Score > lowestGamertag.Score ||
lowestGametype == null || data.Score > lowestGametype.Score ||
lowestGamertagGametype == null || data.Score > lowestGamertagGametype.Score)
{
highscores.Add(data);
if (nGamertag == MaxHighscoresPerGamertag)
{
highscores.Remove(lowestGamertag);
}
if (nGamertagGametype == MaxHighscoresPerGamertagPerGametype)
{
if (lowestGamertag != lowestGamertagGametype)
{
highscores.Remove(lowestGamertagGametype);
}
}
Queue(delegate()
{
MaybeAutosave();
if (NewHighscoreFound != null)
{
HighscoreEventArgs h = new HighscoreEventArgs();
h.FromNetwork = fromNetwork;
h.RankInGamertag = rankInGamertag;
h.RankInGamertagAndGametype = rankInGamertagGametype;
h.RankInGametype = rankInGametype;
h.Score = data;
NewHighscoreFound(this, h);
}
}, mainActions);
}
if (highscores.Count >= MaxHighscoreCountTotal)
{
MaybeAutosave();
highscores.Remove(oldestDate);
}
}
}