public void RemoveAvatar(uint lotID, uint avatarID)
{
lock (this)
{
JobEntry instance = null;
InstanceForAvatar.Remove(avatarID);
if (InstanceIDToInstance.TryGetValue(lotID, out instance))
{
foreach (var type in instance.Avatars)
{
type.Remove(avatarID);
}
}
}
}
public void RemoveJobLot(uint instanceID)
{
lock (this)
{
JobEntry instance = null;
if (InstanceIDToInstance.TryGetValue(instanceID, out instance))
{
InstanceIDToInstance.Remove(instanceID);
JobTypeToInstance[instance.GradeType].Remove(instance);
foreach (var avatar in instance.Avatars)
{
InstanceForAvatar.Remove(avatar);
}
}
}
}
public bool TryJoinExisting(uint instanceID, uint avatarID)
{
lock (this)
{
using (var da = DA.Get)
{
//check if there are existing instances still to be filled.
JobEntry instance = null;
if (InstanceIDToInstance.TryGetValue(instanceID, out instance))
{
//does this job lot have room for us?
var myJob = da.Avatars.GetCurrentJobLevel(avatarID);
//if we have a job, check allowed avatars of each type
//(don't care about avatars this job lot is not for right now)
var jobValid = myJob != null && myJob.job_type <= JobPlayerLimit.Length;
if (jobValid && instance.Avatars[myJob.job_type - 1].Count >= JobPlayerLimit[myJob.job_type - 1])
{
return(false);
}
var myIgnore = da.Bookmarks.GetAvatarIgnore(avatarID);
//if we're ignoring an avatar, we can't go to the property with them on it
//if they're ignoring us, same thing.
if (instance.Avatars.Any(
y => y.Any(x => myIgnore.Contains(x) || da.Bookmarks.GetAvatarIgnore(x).Contains(avatarID))))
{
return(false);
}
if (jobValid)
{
instance.Avatars[myJob.job_type - 1].Add(avatarID);
}
}
}
return(true); //if there is no instance, we'll fail at the allocation connection step.
}
}
public uint?TryGetJobLot(uint requestID, uint avatarID)
{
//todo: fail when job unavailable.
lock (this)
{
JobEntry instance = null;
if (InstanceForAvatar.TryGetValue(avatarID, out instance))
{
//we've already been assigned an active instance.
//todo: maybe remove this once we leave
return(instance.RealID);
}
var code = requestID - 0x200;
var jobtype = (code - 1) / 0x10;
var jobgrade = (code - 1) % 0x10;
List <JobEntry> instances = null;
if (!JobTypeToInstance.TryGetValue(requestID, out instances))
{
instances = new List <JobEntry>();
JobTypeToInstance[requestID] = instances;
}
//check if there are existing instances still to be filled.
foreach (var possible in instances)
{
if (possible.Avatars.Count < JobPlayerLimit[jobtype])
{
instance = possible; //we found it
break;
}
}
if (instance == null)
{
//have to make a new instance.
instance = new JobEntry()
{
RealID = GetRealID(),
GradeType = requestID,
Avatars = new List <uint>()
};
var jobString = "{job:" + jobtype + ":" + jobgrade + "}";
DataService.Invalidate(instance.RealID, new FSO.Common.DataService.Model.Lot
{
DbId = 0,
Id = instance.RealID,
Lot_Name = jobString,
Lot_Location = new Location(),
Lot_Description = jobString,
Lot_IsOnline = true,
Lot_LeaderID = uint.MaxValue,
Lot_OwnerVec = ImmutableList.Create(uint.MaxValue),
Lot_RoommateVec = ImmutableList.Create <uint>()
});
instances.Add(instance);
InstanceIDToInstance.Add(instance.RealID, instance);
}
InstanceForAvatar.Add(avatarID, instance);
instance.Avatars.Add(avatarID);
return(instance.RealID);
}
}
public Tuple <uint?, uint> TryGetJobLot(uint requestID, uint avatarID)
{
//todo: fail when job unavailable.
lock (this)
{
//first translate the id into job lot space
var code = requestID - 0x200;
var jobtype = (code - 1) / 0x10;
var jobgrade = (code - 1) % 0x10;
uint typeToJoin = jobtype;
uint gradeToJoin = jobgrade;
if (jobtype > 2)
{
//nightclub
typeToJoin = 2;
}
//lowest grade that shares the same lot group
gradeToJoin = (uint)Array.IndexOf(JobGradeToLotGroup[typeToJoin], JobGradeToLotGroup[typeToJoin][(int)jobgrade]);
uint lotTypeID = typeToJoin * 0x10 + gradeToJoin + 0x201;
JobEntry instance = null;
if (InstanceForAvatar.TryGetValue(avatarID, out instance))
{
//we've already been assigned an active instance.
//todo: maybe remove this once we leave
return(new Tuple <uint?, uint>(instance.RealID, lotTypeID));
}
List <JobEntry> instances = null;
if (!JobTypeToInstance.TryGetValue(lotTypeID, out instances))
{
instances = new List <JobEntry>();
JobTypeToInstance[lotTypeID] = instances;
}
//get all our ignored avatars
using (var da = DA.Get)
{
var myIgnore = da.Bookmarks.GetAvatarIgnore(avatarID);
//check if there are existing instances still to be filled.
foreach (var possible in instances)
{
if (possible.Avatars[jobtype].Count < JobPlayerLimit[jobtype])
{
//if we're ignoring an avatar, we can't go to the property with them on it
//if they're ignoring us, same thing.
if (possible.Avatars.Any(
y => y.Any(x => myIgnore.Contains(x) || da.Bookmarks.GetAvatarIgnore(x).Contains(avatarID))))
{
continue;
}
instance = possible; //we found it
break;
}
}
}
if (instance == null)
{
//have to make a new instance.
instance = new JobEntry()
{
RealID = GetRealID(),
GradeType = lotTypeID,
};
var jobString = "{job:" + typeToJoin + ":" + gradeToJoin + "}";
DataService.Invalidate(instance.RealID, new FSO.Common.DataService.Model.Lot
{
DbId = 0,
Id = instance.RealID,
Lot_Name = jobString,
Lot_Location = new Location(),
Lot_Description = jobString,
Lot_IsOnline = true,
Lot_LeaderID = uint.MaxValue,
Lot_OwnerVec = ImmutableList.Create(uint.MaxValue),
Lot_RoommateVec = ImmutableList.Create <uint>()
});
instances.Add(instance);
InstanceIDToInstance.Add(instance.RealID, instance);
}
InstanceForAvatar.Add(avatarID, instance);
instance.Avatars[jobtype].Add(avatarID);
return(new Tuple <uint?, uint>(instance.RealID, lotTypeID));
}
}
