static public void SaveToBinFile(String fileName, T_DictFile dictFile)
{
Stream s = CSerialization.SerializeBinary(dictFile);
s.Position = 0;
CFile.WriteStream(fileName, (MemoryStream)s);
}
void OnClientSessionCallback(CClientSocket ClientSocket, int ConnectionIndex, byte[] arguments)
{
SSessionPacket SessionPacket = CSerialization.Deserialize <SSessionPacket>(arguments);
//Relay the session to the appropriate controller
foreach (SConnection Connection in Connections)
{
if (Connection.ConnectionType != EConnectionType.Controller)
{
continue;
}
if (Connection.Information == null)
{
continue;
}
SControllerInformation ControllerInformation = (SControllerInformation)Connection.Information;
if (ControllerInformation.IsAuthorized && ControllerInformation.Key == SessionPacket.ControllerKey)
{
ClientSocket.SendPacket <SSessionPacket>((byte)EControllerPackets.Session, SessionPacket);
break;
}
}
}
public void Load(String fileName)
{
try
{
List <T_ChsNameWordTraffic> newWords = new List <T_ChsNameWordTraffic>();
if (!File.Exists(fileName))
{
//字典文件不存在
return;
}
MemoryStream s = CFile.ReadFileToStream(fileName);
s.Position = 0;
object obj;
CSerialization.DeserializeBinary(s, out obj);
m_Traffic = (T_ChsNameTraffic)obj;
m_Traffic.AfterCount = 0;
m_Traffic.AfterWordCount = 0;
m_Traffic.BeforeCount = 0;
m_Traffic.BeforeWordCount = 0;
//整理姓名前缀后缀表
foreach (T_ChsNameWordTraffic wordTraffic in m_Traffic.Words)
{
if (wordTraffic.Word.Length > 1)
{
if (wordTraffic.Word[0] >= 0x4e00 && wordTraffic.Word[0] <= 0x9fa5)
{
//是汉字，且长度大于2，才作为有效前后缀
newWords.Add(wordTraffic);
if (wordTraffic.After > 0)
{
m_Traffic.AfterCount += wordTraffic.After;
m_Traffic.AfterWordCount++;
}
if (wordTraffic.Before > 0)
{
m_Traffic.BeforeCount += wordTraffic.After;
m_Traffic.BeforeWordCount++;
}
}
}
}
m_Traffic.Words = newWords;
}
catch
{
m_Traffic = new T_ChsNameTraffic();
}
foreach (T_ChsNameWordTraffic wordTraffic in m_Traffic.Words)
{
m_Table[wordTraffic.Word] = wordTraffic;
}
}
public void Save(String fileName)
{
Stream s = CSerialization.SerializeBinary(m_Traffic);
s.Position = 0;
CFile.WriteStream(fileName, (MemoryStream)s);
}
void OnClientIntroductionCallback(CClientSocket ClientSocket, int ConnectionIndex, byte[] arguments)
{
SClientIntroduction ClientIntroduction = (SClientIntroduction)CSerialization.Deserialize <SClientIntroduction>(arguments);
SConnection Connection = Connections[ConnectionIndex];
Connection.Information = ClientIntroduction;
Connections[ConnectionIndex] = Connection;
}
void PacketSessionResponse(byte[] arguments)
{
SSessionPacket SessionPacket = CSerialization.Deserialize <SSessionPacket>(arguments);
if (OnSessionPacketReceived != null)
{
OnSessionPacketReceived.Invoke(SessionPacket);
}
}
void OnSessionCallback(byte[] arguments)
{
SSessionPacket SessionPacket = CSerialization.Deserialize <SSessionPacket>(arguments);
if (SessionPacket.Packet == ESessionPackets.Introduction)
{
ClientSocket.SendPacket <SSessionPacket>((byte)EClientPackets.Session, SessionPacket);
}
}
static public T_DictFile LoadFromBinFile(String fileName)
{
MemoryStream s = CFile.ReadFileToStream(fileName);
s.Position = 0;
object obj;
CSerialization.DeserializeBinary(s, out obj);
return((T_DictFile)obj);
}
void PacketDataSyncResponse(byte[] arguments)
{
SDataSync DataSync = CSerialization.Deserialize <SDataSync>(arguments);
foreach (SSyncCallback SyncCallback in SyncCallbacks)
{
if (SyncCallback.list == DataSync.list)
{
SyncCallback.callback(DataSync.type, DataSync.index, DataSync.data);
break;
}
}
}
void OnClientsSync(EDataSyncType type, int index, object data)
{
if (type == EDataSyncType.Remove)
{
if (OnRemoveClient != null)
{
OnRemoveClient.Invoke(index);
}
}
else
{
if (OnUpdateClient != null)
{
SClient client = CSerialization.Deserialize <SClient>((byte[])data);
OnUpdateClient.Invoke(index, client);
}
}
}
static bool CheckSerialization <T>(T one, T two, out byte[] source)
{
source = CSerialization.Serialize <T>(one);
byte[] destination = CSerialization.Serialize <T>(two);
if (source.Length != destination.Length)
{
return(false);
}
bool result = true;
for (int i = 0; i < source.Length; i++)
{
if (source[i] != destination[i])
{
result = false;
return(false);
}
}
return(result);
}
void OnControllerSessionCallback(CClientSocket ClientSocket, int ConnectionIndex, byte[] arguments)
{
SSessionPacket SessionPacket = CSerialization.Deserialize <SSessionPacket>(arguments);
//Relay the session packet to the appropriate client
foreach (SConnection Connection in Connections)
{
if (Connection.ConnectionType != EConnectionType.Client)
{
continue;
}
if (Connection.Information == null)
{
continue;
}
if (Connection.ClientSocket.GetHandle() == SessionPacket.ClientHandle)
{
Connection.ClientSocket.SendPacket <SSessionPacket>((byte)EClientPackets.Session, SessionPacket);
break;
}
}
}
void PacketIntroductionResponse(byte[] arguments)
{
SControllerAnswer ControllerAnswer = CSerialization.Deserialize <SControllerAnswer>(arguments);
if (ControllerAnswer.IsAuthorized)
{
if (OnConnectionAuthorized != null)
{
OnConnectionAuthorized.Invoke();
}
}
else
{
if (OnConnectionAuthorizationFailed != null)
{
OnConnectionAuthorizationFailed.Invoke();
}
}
if (OnUpdateKey != null)
{
OnUpdateKey.Invoke(ControllerAnswer.key);
}
}
void OnControllerIntroductionCallback(CClientSocket ClientSocket, int ConnectionIndex, byte[] arguments)
{
SControllerIntroduction ControllerIntroduction = (SControllerIntroduction)CSerialization.Deserialize <SControllerIntroduction>(arguments);
SControllerAnswer ControllerAnswer = new SControllerAnswer
{
IsAuthorized = false,
key = -1
};
SConnection Connection = Connections[ConnectionIndex];
if (ControllerIntroduction.Password != Program.ControllerPassword)
{
//Tell the controller that password was not accepted
Connection.ClientSocket.SendPacket <SControllerAnswer>((byte)EControllerPackets.Introduction, ControllerAnswer);
//At this stage the password is not valid, so we disconnect the invalid controller
ClientSocket.Disconnect();
return;
}
int key = GenerateKeyForController();
//Authorize connection
SControllerInformation ControllerInformation = (SControllerInformation)Connection.Information;
ControllerInformation.IsAuthorized = true;
ControllerInformation.Key = key;
Connection.Information = (object)ControllerInformation;
Connections[ConnectionIndex] = Connection;
//Key for controlling clients
ControllerAnswer.key = key;
ControllerAnswer.IsAuthorized = true;
//Tell the controller that he is authorized
Connection.ClientSocket.SendPacket <SControllerAnswer>((byte)EControllerPackets.Introduction, ControllerAnswer);
}
static void SynchronizeStructArray <T>(ESyncList list, List <T> one, ref List <T> result, CClientSocket ClientSocket)
{
for (int i = 0; i < one.Count; i++)
{
bool check = true;
if (i > (result.Count - 1))
{
result.Add(one[i]);
check = false;
}
bool sync = true;
byte[] source = null;
if (check)
{
if (CheckSerialization <T>(one[i], result[i], out source))
{
sync = false;
}
}
else
{
source = CSerialization.Serialize <T>(one[i]);
}
if (sync)
{
SDataSync DataSync = new SDataSync
{
index = i,
type = EDataSyncType.Set,
list = list,
data = source
};
ClientSocket.SendPacket <SDataSync>((byte)EControllerPackets.SyncData, DataSync);
}
}
if (one.Count < result.Count)
{
int removed = 0;
for (int i = one.Count; i < result.Count; i++)
{
int index_correction = i - removed;
result.RemoveAt(index_correction);
SDataSync DataSync = new SDataSync
{
index = index_correction,
type = EDataSyncType.Remove,
list = list,
data = null
};
removed++;
ClientSocket.SendPacket <SDataSync>((byte)EControllerPackets.SyncData, DataSync);
}
}
}