public static bool Prefix(ref Task <Profile> __result, BotsPresets __instance, BotData data)
{
/*
* in short when client wants new bot and GetNewProfile() return null (if not more available templates or they don't satisfied by Role and Difficulty condition)
* then client gets new piece of WaveInfo collection (with Limit = 30 by default) and make request to server
* but use only first value in response (this creates a lot of garbage and cause freezes)
* after patch we request only 1 template from server
*
* along with other patches this one causes to call data.PrepareToLoadBackend(1) gets the result with required role and difficulty:
* new[] { new WaveInfo() { Limit = 1, Role = role, Difficulty = difficulty } }
* then perform request to server and get only first value of resulting single element collection
*/
var session = _sessionField(__instance);
if (session == null)
{
throw new InvalidOperationException("Something went wrong. Where is session?");
}
Task <Profile> taskAwaiter = null;
TaskScheduler taskScheduler = TaskScheduler.FromCurrentSynchronizationContext();
// try get profile from cache
var profile = _getNewProfileFunc(__instance, data);
if (profile == null)
{
// load from server
Debug.LogError("EmuTarkov.SinglePlayer: Loading bot profile from server");
List <WaveInfo> source = data.PrepareToLoadBackend(1).ToList();
taskAwaiter = session.LoadBots(source)
.ContinueWith(GetFirstResult, taskScheduler);
}
else
{
// return cached profile
Debug.LogError("EmuTarkov.SinglePlayer: Loading bot profile from cache");
taskAwaiter = Task.FromResult(profile);
}
// load bundles for bot profile
var continuation = new Continuation(taskScheduler);
__result = taskAwaiter
.ContinueWith(continuation.LoadBundles, taskScheduler)
.Unwrap();
return(false);
}
public GClass560(Vector <GClass292> vector_1 = null, GClass292 gclass292_3 = null, GClass292 gclass292_4 = null, GClass292 gclass292_5 = null, GClass499 gclass499_1 = null)
{
Class13.lOBHd9Nzn7x2T();
base..ctor();
if (gclass292_4 == null)
{
this.gclass292_0 = new GClass292(0, 0);
}
else
{
this.gclass292_0 = gclass292_4;
}
if (vector_1 == null)
{
this.vector_0 = new Vector <GClass292>();
}
else
{
this.vector_0 = vector_1;
}
if (gclass499_1 == null)
{
this.gclass499_0 = new GClass499(0);
}
else
{
this.gclass499_0 = gclass499_1;
}
if (gclass292_5 == null)
{
this.gclass292_1 = new GClass292(0, 0);
}
else
{
this.gclass292_1 = gclass292_5;
}
if (gclass292_3 == null)
{
this.gclass292_2 = new GClass292(0, 0);
return;
}
this.gclass292_2 = gclass292_3;
}
public virtual void imethod_1(BinaryStream binaryStream_0)
{
this.gclass292_0 = (GClass292)GClass86.smethod_2((int)binaryStream_0.smethod_1());
if (this.gclass292_0 != null)
{
this.gclass292_0.imethod_1(binaryStream_0);
}
while (this.vector_0.Length > 0)
{
this.vector_0.method_1();
}
int i = 0;
int num = binaryStream_0.ReadByte();
while (i < num)
{
GClass292 gclass = (GClass292)GClass86.smethod_2((int)binaryStream_0.smethod_1());
gclass.imethod_1(binaryStream_0);
this.vector_0.method_0(gclass);
i++;
}
this.gclass499_0 = (GClass499)GClass86.smethod_2((int)binaryStream_0.smethod_1());
if (this.gclass499_0 != null)
{
this.gclass499_0.imethod_1(binaryStream_0);
}
this.gclass292_1 = (GClass292)GClass86.smethod_2((int)binaryStream_0.smethod_1());
if (this.gclass292_1 != null)
{
this.gclass292_1.imethod_1(binaryStream_0);
}
this.gclass292_2 = (GClass292)GClass86.smethod_2((int)binaryStream_0.smethod_1());
if (this.gclass292_2 != null)
{
this.gclass292_2.imethod_1(binaryStream_0);
}
}
