public FPEncryptor(FPPackage pkg)
{
if (pkg != null)
{
this._pkg = pkg;
}
else
{
this._pkg = new FPPackage();
}
}
protected void Init(string host, int port, int connectionTimeout)
{
this._pkg = new FPPackage();
this._cry = new FPEncryptor(_pkg);
this._psr = new FPProcessor();
this._callback = new FPCallback();
if (connectionTimeout <= 0)
{
connectionTimeout = 30 * 1000;
}
FPManager.Instance.AddSecond(OnSecondDelegate);
this._sock = new FPSocket(OnData, host, port, connectionTimeout);
this._sock.Socket_Connect = this.OnConnect;
this._sock.Socket_Close = this.OnClose;
this._sock.Socket_Error = this.OnError;
}
protected void Init(string host, int port, bool autoReconnect, int connectionTimeout)
{
this._pkg = new FPPackage();
this._cyr = new FPEncryptor(_pkg);
this._event = new FPEvent();
this._psr = new FPProcessor();
this._callback = new FPCallback();
if (connectionTimeout > 0)
{
this._timeout = connectionTimeout;
}
this._autoReconnect = autoReconnect;
FPClient self = this;
this._eventDelegate = (evd) => {
self.OnSecond(evd.GetTimestamp());
};
ThreadPool.Instance.Event.AddListener("second", this._eventDelegate);
this._sock = new FPSocket((stream) => {
self.OnData(stream);
}, host, port, this._timeout);
this._sock.GetEvent().AddListener("connect", (evd) => {
self.OnConnect();
});
this._sock.GetEvent().AddListener("close", (evd) => {
self.OnClose();
});
this._sock.GetEvent().AddListener("error", (evd) => {
self.OnError(evd.GetException());
});
}
public FPEncryptor(FPPackage pkg)
{
this._pkg = pkg;
}
