public IList <IChatAspect> Load(RoomReference reference)
{
return(_chatRepository
.FindByRoom(reference.Code)
.Select(_chatAspectMapper.Map)
.ToList());
}
/// <summary>
/// Joins the peer to a <see cref = "LiteLobbyGame" />.
/// Called by <see cref = "HandleJoinOperation">HandleJoinOperation</see>.
/// Overridden to inject custom discussion rooms
/// </summary>
/// <param name = "joinOperation">
/// The join operation.
/// </param>
/// <param name = "sendParameters">
/// The send Parameters.
/// </param>
protected override void HandleJoinGameWithLobby(JoinRequest joinOperation, SendParameters sendParameters)
{
_dbId = (int)joinOperation.ActorProperties[(byte)ActProps.DbId];
var devType = (int)joinOperation.ActorProperties[(byte)ActProps.DevType];
handleOnlineStatus(_photonPer, _dbId, true, devType);
// remove the peer from current game if the peer
// allready joined another game
this.RemovePeerFromCurrentRoom();
// get a game reference from the game cache
// the game will be created by the cache if it does not exists allready
RoomReference gameReference = DiscussionGameCache.Instance.GetRoomReference(joinOperation.GameId,
joinOperation.LobbyId);
// save the game reference in peers state
this.RoomReference = gameReference;
// enqueue the operation request into the games execution queue
gameReference.Room.EnqueueOperation(this, joinOperation.OperationRequest, sendParameters);
////no base.HandleJoinGameWithLobby(), we've duplicated all its code here
RoomReference lobbyReference = DiscussionLobbyCache.Instance.GetRoomReference(joinOperation.LobbyId);
var discLobby = lobbyReference.Room as DiscussionLobby;
if (discLobby != null)
{
discLobby.SaveRoomName(joinOperation.GameId);
}
}
public IRoomAspect Load(RoomReference reference)
{
var roomEntity = _roomRepository.FindById(reference.Code);
var participants = _participantRepository.FindByRoom(reference.Code);
return(_roomAspectMapper.Map(roomEntity, participants));
}
public void Create(string loginToken, LearningRoomModel model)
{
var login = _loginTokenGateway.Get(loginToken);
var roomReference = new RoomReference(Guid.NewGuid().ToString());
var roomAspct = new RoomAspect
{
Reference = roomReference,
CreatedBy = login.OpenId,
CreatedOn = DateTime.Parse(model.CreatedOn),
EndDate = DateTime.Parse(model.EndDate),
LearningContent = model.LearningContent,
Place = model.Place,
ParticipantCount = model.ParticipantCount,
StartDate = DateTime.Parse(model.StartDate),
Title = model.Title,
Participants = new List <Participant>
{
new Participant
{
Reference = new ParticipantReference(Guid.NewGuid().ToString()),
IsDeleted = false,
Room = roomReference,
User = login.OpenId
}
}
};
_learningRoomSynchronizor.Add(new LearningRoomDomain(roomAspct));
}
public void NewRoom(ref RoomReference roomReference)
{
this.roomReference = roomReference;
SetupExits();
SetupObjects();
}
/// <summary>
/// Joins the peer to a <see cref = "LiteLobbyGame" />.
/// Called by <see cref = "HandleJoinOperation">HandleJoinOperation</see>.
/// </summary>
/// <param name = "joinOperation">
/// The join operation.
/// </param>
/// <param name = "sendParameters">
/// The send Parameters.
/// </param>
protected virtual void HandleJoinGameWithLobby(JoinRequest joinOperation, SendParameters sendParameters)
{
// remove the peer from current game if the peer
// allready joined another game
this.RemovePeerFromCurrentRoom();
RoomReference gameReference = null;
if (joinOperation.ActorNr == 0)
{
// get a game reference from the game cache
// the game will be created by the cache if it does not exists allready
gameReference = LiteLobbyGameCache.Instance.GetRoomReference(joinOperation.GameId, this, joinOperation.LobbyId);
}
else
{
if (!LiteLobbyGameCache.Instance.TryGetRoomReference(joinOperation.GameId, this, out gameReference))
{
SendOperationResponse(
new OperationResponse
{
OperationCode = joinOperation.OperationRequest.OperationCode,
ReturnCode = -1,
DebugMessage = "the specified game is not exists."
},
sendParameters);
return;
}
}
// save the game reference in peers state
this.RoomReference = gameReference;
// enqueue the operation request into the games execution queue
gameReference.Room.EnqueueOperation(this, joinOperation.OperationRequest, sendParameters);
}
protected virtual void HandleLeaveOperation(OperationRequest operationRequest, SendParameters sendParameters)
{
// check if the peer have a reference to game
if (RoomReference == null)
{
if (Log.IsDebugEnabled)
{
Log.DebugFormat("Received leave operation on peer without a game: peerId={0}", ConnectionId);
}
return;
}
// enqueue the leave operation into game queue.
RoomReference.Room.EnqueueOperation(this, operationRequest, sendParameters);
// release the reference to the game
// the game cache will recycle the game instance if no
// more refrences to the game are left.
RoomReference.Dispose();
// finally the peers state is set to null to indicate
// that the peer is not attached to a room anymore.
RoomReference = null;
}
public ILearningRoomWithChats Load(RoomReference reference)
{
var roomAspect = _roomAspectLoader.Load(reference);
var chatsAspects = _chatAspectLoader.Load(reference);
return(new LearningRoomWithChats(roomAspect)
{
ChatAspects = chatsAspects
});
}
public ILearningRoomWithSignIn Load(RoomReference reference)
{
var roomAspect = _roomAspectLoader.Load(reference);
var signInAspects = _signInAspectLoader.Load(reference);
return(new LearningRoomWithSignIn(roomAspect)
{
SignIns = signInAspects
});
}
public void NewLevel()
{
TunnelBP tunnelBP;
RoomReference firstLeftTunnelRoom;
RoomReference firstRightTunnelRoom;
//create both tunnels traveling left and right
int[][] leftTunnel = SetupTunnel();
int[][] rightTunnel = SetupTunnel();
//this is the setup for the core blueprint
do
{
tunnelBP = SetupCoreBlueprint();
}while(tunnelBP.levelBP == null);
coreRoomReference = tunnelBP.roomReference;
tunnelBP.roomReference = null;
tunnelBP.levelBP = null;
//this is to setup the left tunnel blueprint
//tunnelBP = SetupTunnelBlueprint(true, leftTunnel, levelBlueprint, coreRoomReference);
do
{
tunnelBP = SetupTunnelBlueprint(true, leftTunnel, levelBlueprint, coreRoomReference);
}while(tunnelBP.levelBP == null);
firstLeftTunnelRoom = tunnelBP.roomReference;
coreRoomReference.children.Add(firstLeftTunnelRoom);
levelBlueprint = tunnelBP.levelBP;
tunnelBP.roomReference = null;
tunnelBP.levelBP = null;
//this is to setup the right tunnel blueprint
//tunnelBP = SetupTunnelBlueprint(false, rightTunnel, levelBlueprint, coreRoomReference);
do
{
tunnelBP = SetupTunnelBlueprint(false, rightTunnel, levelBlueprint, coreRoomReference);
}while(tunnelBP.levelBP == null);
firstRightTunnelRoom = tunnelBP.roomReference;
coreRoomReference.children.Add(firstRightTunnelRoom);
levelBlueprint = tunnelBP.levelBP;
tunnelBP.roomReference = null;
tunnelBP.levelBP = null;
if (debugMode)
{
//DebugRoomReference(coreRoomReference);
}
//Takes the first room reference and constructs the level from it
ConstructLevel(coreRoomReference);
}
private void broadcastOnlineListChanged()
{
RoomReference lobbyReference = DiscussionLobbyCache.Instance.GetRoomReference(DISCUSSION_LOBBY);
var dLobby = lobbyReference.Room as DiscussionLobby;
if (dLobby != null)
{
dLobby.AllRoomsBroadcast(null, new OperationRequest(), new SendParameters(),
(byte)DiscussionEventCode.InstantUserPlusMinus);
}
}
private static bool DisposeRoomReference(RoomReference r)
{
if (r == null)
{
return(true);
}
// release the reference to the game
// the game cache will recycle the game instance if no
// more refrences to the game are left.
r.Dispose();
return(false);
}
public RoomReference(int x, int y, int type, int[] exits, int entrance, int roomsFirstExit, int roomsSecondExit, RoomReference parent)
{
this.x = x;
this.y = y;
this.type = type;
this.exits[0] = exits[0];
this.exits[1] = exits[1];
this.exits[2] = exits[2];
this.exits[3] = exits[3];
this.entrance = entrance;
this.exitReferences[0] = roomsFirstExit;
this.exitReferences[1] = roomsSecondExit;
this.parent = parent;
}
protected virtual void RemovePeerFromCurrentRoom()
{
// check if the peer already joined another game
if (RoomReference != null)
{
// remove peer from his current game.
var message = new RoomMessage((byte)GameMessageCodes.RemovePeerFromGame, this);
RoomReference.Room.EnqueueMessage(message);
// release room reference
RoomReference.Dispose();
RoomReference = null;
}
}
/// <summary>
/// Joins the peer to a <see cref = "LiteLobby" />.
/// Called by <see cref = "HandleJoinOperation">HandleJoinOperation</see>.
/// </summary>
/// <param name = "joinRequest">
/// The join operation.
/// </param>
/// <param name = "sendParameters">
/// The send Parameters.
/// </param>
protected virtual void HandleJoinLobby(JoinRequest joinRequest, SendParameters sendParameters)
{
// remove the peer from current game if the peer
// allready joined another game
this.RemovePeerFromCurrentRoom();
// get a lobby reference from the game cache
// the lobby will be created by the cache if it does not exists allready
RoomReference lobbyReference = LiteLobbyRoomCache.Instance.GetRoomReference(joinRequest.GameId);
// save the lobby(room) reference in peers state
this.RoomReference = lobbyReference;
// enqueue the operation request into the games execution queue
lobbyReference.Room.EnqueueOperation(this, joinRequest.OperationRequest, sendParameters);
}
TunnelBP SetupCoreBlueprint()
{
levelBlueprint = new int[levelWidth, levelHeight];
levelBlueprint[levelWidth / 2, levelHeight / 2] = 1;
int[] newExits = new int[4];
newExits[1] = 1;
newExits[3] = 1;
RoomReference roomReference = new RoomReference(levelWidth / 2, levelHeight / 2, 1, newExits, 0, 3, 1, null);
if (debugMode)
{
DebugBlueprint(1, levelWidth / 2, levelHeight / 2);
} //leave this here for debug purposes, shows where the display was called from
return(new TunnelBP(levelBlueprint, roomReference));
}
public async Task CreateChatMessage(string loginToken, string roomId, string message)
{
var login = _loginTokenGateway.Get(loginToken);
var roomReference = new RoomReference(roomId, CacheField.Room);
var learningRoom = _learningRoomGateway.Load(roomReference);
learningRoom.ChatAspects.Add(new ChatAspect
{
Reference = new ChatReference(Guid.NewGuid().ToString()),
Room = roomReference,
Content = message,
CreatedBy = login.OpenId,
CreatedOn = DateTimeUtil.GetNow()
});
await Task.Run(() => _learningRoomWithChatsSynchronizor.Update(learningRoom));
}
/// <summary>
/// Called when client disconnects.
/// Ensures that disconnected players leave the game <see cref = "Room" />.
/// The player is not removed immediately but a message is sent to the room. This avoids
/// threading issues by making sure the player remove is not done concurrently with operations.
/// </summary>
protected override void OnDisconnect(DisconnectReason reasonCode, string reasonDetail)
{
if (log.IsDebugEnabled)
{
log.DebugFormat("OnDisconnect: conId={0}, reason={1}, reasonDetail={2}", this.ConnectionId, reasonCode, reasonDetail);
}
if (this.RoomReference == null)
{
return;
}
var message = new RoomMessage((byte)GameMessageCodes.RemovePeerFromGame, this);
this.RoomReference.Room.EnqueueMessage(message);
this.RoomReference.Dispose();
this.RoomReference = null;
}
//recursively display the children of the room references?
void DebugRoomReference(RoomReference roomRef)
{
if (roomRef.children.Count == 0)
{
Debug.Log("Room Type: " + roomRef.type);
Debug.Log("End of path");
}
else if (roomRef.children.Count == 1)
{
Debug.Log("Room Type: " + roomRef.type);
DebugRoomReference(roomRef.children[0]);
}
else if (roomRef.children.Count == 2)
{
Debug.Log("Room Type: " + roomRef.type);
DebugRoomReference(roomRef.children[0]);
DebugRoomReference(roomRef.children[1]);
}
}
//Removes a powered up room from the wave spawn list and adds its children to the list in its place.
public void PowerUpRoom(RoomReference roomRef)
{
if (transformerUpgradeCost == transformerUpgradeTally)
{
transformerUpgradeTally = 0;
transformerUpgradeCost++;
}
else
{
transformerUpgradeTally++;
}
waveSpawnRooms.Remove(roomRef);
foreach (RoomReference child in roomRef.children)
{
waveSpawnRooms.Add(child);
}
}
public void AllRoomsBroadcast(LitePeer peer,
OperationRequest operationRequest,
SendParameters sendParameters,
byte EventCode)
{
foreach (string roomName in roomList)
{
RoomReference rr = DiscussionGameCache.Instance.GetRoomReference(roomName);
DiscussionRoom discussionRoom = rr.Room as DiscussionRoom;
if (discussionRoom != null)
{
discussionRoom.Broadcast(peer,
operationRequest,
sendParameters,
EventCode,
BroadcastTo.RoomAll);
}
}
BroadcastLobby(operationRequest, sendParameters, EventCode);
}
protected virtual void HandleJoinOperation(OperationRequest operationRequest, SendParameters sendParameters)
{
// create join operation
var joinRequest = new JoinRequest(Protocol, operationRequest);
if (ValidateOperation(joinRequest, sendParameters) == false)
{
return;
}
// remove peer from current game
RemovePeerFromCurrentRoom();
// get a game reference from the game cache
// the game will be created by the cache if it does not exists already
var gameReference = GetRoomReference(joinRequest);
// save the game reference in the peers state
RoomReference = gameReference;
// finally enqueue the operation into game queue
gameReference.Room.EnqueueOperation(this, operationRequest, sendParameters);
}
//overritten to inject discussion lobby cache
/// <summary>
/// Joins the peer to a <see cref = "LiteLobby" />.
/// Called by <see cref = "HandleJoinOperation">HandleJoinOperation</see>.
/// </summary>
/// <param name = "joinRequest">
/// The join operation.
/// </param>
/// <param name = "sendParameters">
/// The send Parameters.
/// </param>
protected override void HandleJoinLobby(JoinRequest joinRequest, SendParameters sendParameters)
{
_dbId = (int)joinRequest.ActorProperties[(byte)ActProps.DbId];
var devType = (int)joinRequest.ActorProperties[(byte)ActProps.DevType];
handleOnlineStatus(_photonPer, _dbId, true, devType);
// remove the peer from current game if the peer
// allready joined another game
this.RemovePeerFromCurrentRoom();
// get a lobby reference from the game cache
// the lobby will be created by the cache if it does not exists allready
RoomReference lobbyReference = DiscussionLobbyCache.Instance.GetRoomReference(joinRequest.GameId);
// save the lobby(room) reference in peers state
this.RoomReference = lobbyReference;
// enqueue the operation request into the games execution queue
lobbyReference.Room.EnqueueOperation(this, joinRequest.OperationRequest, sendParameters);
lobbyReference.Room.EnqueueOperation(this, new OperationRequest((byte)DiscussionOpCode.NotifyLeaveUser),
sendParameters);
}
void ConstructLevel(RoomReference roomRef)
{
//what I need to do is take the core rooms reference
//if its type is zero place the room at its coordantes
//add the room itsself to its reference.
//ensure the rooms exits are correct based on its parents exit
//I NEED EACH ROOM REFERENCE TO HAVE A CLEAR UNDERSTANDING OF ITS OWN EXIT TYPES, 1 OR 2
//checks if the room is the core, in which case has a custom placement
if (roomRef.type == 1)
{
roomRef.room = Instantiate(CoreRoom, new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
roomRef.isRoomPowered = true;
}
else
{
//This block of statments checks what exits are being used and selects from the opproperate list to use for the room.
if (roomRef.exits[0] != 0 && roomRef.exits[1] != 0 && roomRef.exits[2] != 0)
{
roomRef.room = Instantiate(URDRooms[Random.Range(0, URDRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[1] != 0 && roomRef.exits[2] != 0 && roomRef.exits[3] != 0)
{
roomRef.room = Instantiate(RDLRooms[Random.Range(0, RDLRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[0] != 0 && roomRef.exits[2] != 0 && roomRef.exits[3] != 0)
{
roomRef.room = Instantiate(UDLRooms[Random.Range(0, UDLRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[0] != 0 && roomRef.exits[1] != 0 && roomRef.exits[3] != 0)
{
roomRef.room = Instantiate(URLRooms[Random.Range(0, URLRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[0] != 0 && roomRef.exits[3] != 0)
{
roomRef.room = Instantiate(ULRooms[Random.Range(0, ULRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[0] != 0 && roomRef.exits[2] != 0)
{
roomRef.room = Instantiate(UDRooms[Random.Range(0, UDRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[0] != 0 && roomRef.exits[1] != 0)
{
roomRef.room = Instantiate(URRooms[Random.Range(0, URRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[3] != 0 && roomRef.exits[2] != 0)
{
roomRef.room = Instantiate(LDRooms[Random.Range(0, LDRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[3] != 0 && roomRef.exits[1] != 0)
{
roomRef.room = Instantiate(LRRooms[Random.Range(0, LRRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
else if (roomRef.exits[2] != 0 && roomRef.exits[1] != 0)
{
roomRef.room = Instantiate(DRRooms[Random.Range(0, DRRooms.Length)], new Vector3(roomRef.x * roomWidth, roomRef.y * roomHeight, 0), Quaternion.identity, RoomContainer.transform);
}
if (roomRef.room == null)
{
Debug.LogWarning("The f***s happened here?");
Debug.Break();
}
if (roomRef.room != null)
{
roomRef.room.GetComponent <Room>().NewRoom(ref roomRef);
}
}
if (roomRef.children.Count == 0)
{
}
else if (roomRef.children.Count == 1)
{
ConstructLevel(roomRef.children[0]);
}
else if (roomRef.children.Count == 2)
{
ConstructLevel(roomRef.children[0]);
ConstructLevel(roomRef.children[1]);
}
}
protected virtual bool TryCreateRoom(string gameId, out RoomReference roomReference, params object[] args)
{
return(HiveGameCache.Instance.TryCreateRoom(gameId, this, out roomReference, args));
}
protected virtual bool TryGetRoomReference(string gameId, out RoomReference roomReference)
{
return(GameCache.Instance.TryGetRoomReference(gameId, this, out roomReference));
}
public ILearningRoom Load(RoomReference reference)
{
var roomAspect = _roomAspectLoader.Load(reference);
return(new LearningRoomDomain(roomAspect));
}
protected override bool TryGetRoomReference(string gameId, out RoomReference roomReference)
{
return(this.application.GameCache.TryGetRoomReference(gameId, this, out roomReference));
}
protected override bool TryCreateRoom(string gameId, out RoomReference roomReference, params object[] args)
{
return(this.application.GameCache.TryCreateRoom(gameId, this, out roomReference, args));
}
public IList <ISignInAspect> Load(RoomReference reference)
{
var signInEntities = _signInRepository.FindByRoom(reference.Code);
return(signInEntities.Select(_signInAspectMapper.Map).ToList());
}
