public static async Task <Dictionary <string, RemoteAttestation> > GetAndVerifyMultiRemoteAttestation(PushServiceSocket socket,
PushServiceSocket.ClientSet clientSet,
string enclaveName,
string mrenclave,
string authorization)
{
Curve25519KeyPair keyPair = BuildKeyPair();
ResponsePair result = await MakeAttestationRequestAsync(socket, clientSet, authorization, enclaveName, keyPair);
MultiRemoteAttestationResponse response = JsonUtil.FromJson <MultiRemoteAttestationResponse>(result.body);
Dictionary <string, RemoteAttestation> attestations = new Dictionary <string, RemoteAttestation>();
if (response.Attestations !.Count == 0 || response.Attestations.Count > 3)
{
throw new MalformedResponseException($"Incorrect number of attestations: {response.Attestations.Count}");
}
foreach (var entry in response.Attestations)
{
attestations.Add(entry.Key,
ValidateAndBuildRemoteAttestation(entry.Value, result.cookies, keyPair, mrenclave));
}
return(attestations);
}
public static NetworkResponse Parse(MemoryStream dataStream)
{
var response = new ResponsePair();
response.status = DataReader.ReadShort(dataStream);
response.id = DataReader.ReadInt(dataStream);
response.gameID = DataReader.ReadInt(dataStream);
return response;
}
public static NetworkResponse Parse(MemoryStream dataStream)
{
var response = new ResponsePair();
response.status = DataReader.ReadShort(dataStream);
response.id = DataReader.ReadInt(dataStream);
response.gameID = DataReader.ReadInt(dataStream);
return(response);
}
public static async Task <RemoteAttestation> GetAndVerifyRemoteAttestationAsync(PushServiceSocket socket,
PushServiceSocket.ClientSet clientSet,
string enclaveName,
string mrenclave,
string authorization)
{
Curve25519KeyPair keyPair = BuildKeyPair();
ResponsePair result = await MakeAttestationRequestAsync(socket, clientSet, authorization, enclaveName, keyPair);
RemoteAttestationResponse response = JsonUtil.FromJson <RemoteAttestationResponse>(result.body);
return(ValidateAndBuildRemoteAttestation(response, result.cookies, keyPair, mrenclave));
}
public void OnPairResult(NetworkResponse response)
{
ResponsePair args = response as ResponsePair;
int userID = GameState.account.account_id;
if (args.status == 0)
{
Debug.Log("All players are ready to play [room id=" + args.id + "]");
this.room_id = args.id;
this.enableRRButton = true;
this.enableCWButton = true;
var room = RoomManager.getInstance().getRoom(args.id);
if (!room.containsPlayer(userID))
{
room.addPlayer(userID);
}
// switch scene
if (args.gameID == Constants.MINIGAME_RUNNING_RHINO)
{
RR.RRConnectionManager cManager = RR.RRConnectionManager.getInstance();
cManager.Send(RR_RequestRaceInit());
Game.SwitchScene("RRReadyScene");
}
else if (args.gameID == Constants.MINIGAME_CARDS_OF_WILD)
{
CW.GameManager.matchID = args.id;
CW.NetworkManager.Send(CW.MatchInitProtocol.Prepare
(GameState.player.GetID(), args.id),
ProcessMatchInit);
}
}
else
{
Debug.Log("New room allocated [room id=" + args.id + "]");
var room = RoomManager.getInstance().addRoom(args.id, args.gameID);
room.host = GameState.player.GetName();
room.addPlayer(userID);
this.enableRRButton = false;
this.enableCWButton = false;
this.waiting = true;
}
}
public void OnPairResult(NetworkResponse response)
{
ResponsePair args = response as ResponsePair;
int userID = GameState.account.account_id;
if (args.status == 0)
{
Debug.Log("All players are ready to play [room id=" + args.id + "]");
this.room_id = args.id;
this.enableRRButton = true;
this.enableCWButton = true;
// DH change
this.enableMCButton = true;
var room = RoomManager.getInstance().getRoom(args.id);
if (!room.containsPlayer(userID))
{
room.addPlayer(userID);
}
// switch scene
if (args.gameID == Constants.MINIGAME_RUNNING_RHINO)
{
RR.RRConnectionManager cManager = RR.RRConnectionManager.getInstance();
cManager.Send(RR_RequestRaceInit());
Game.SwitchScene("RRReadyScene");
}
else if (args.gameID == Constants.MINIGAME_CARDS_OF_WILD)
{
CW.GameManager.matchID = args.id;
CW.NetworkManager.Send(CW.MatchInitProtocol.Prepare
(GameState.player.GetID(), args.id),
ProcessMatchInit);
}
else if (args.gameID == Constants.MINIGAME_MULTI_CONVERGENCE)
{
// DH change
MultiConvergeGame.matchID = args.id; // game id
short host = 0; // Default - not the host
if (GameState.player.GetName() == room.host)
{
host = 1; // this is the host
}
NetworkManager.Send(MCMatchInitProtocol.Prepare
(GameState.player.GetID(), args.id, host, GameState.player.GetName()),
MCProcessMatchInit);
Debug.Log("MC notice sent to server(game id, player id): " + args.id + " " + GameState.player.GetID());
Debug.Log("player id/name: " + userID + " " + GameState.player.GetName());
Debug.Log("This player host value is: " + host);
}
}
else
{
Debug.Log("New room allocated [room id=" + args.id + "]");
var room = RoomManager.getInstance().addRoom(args.id, args.gameID);
room.host = GameState.player.GetName();
room.addPlayer(userID);
this.enableRRButton = false;
this.enableCWButton = false;
// DH change
this.enableMCButton = false;
this.waiting = true;
}
}
