public new void Stop()
{
if (_sockServer == null)
{
return; //すでに終了処理が終わっている
}
base.Stop(); //life=false すべてのループを解除する
_sockServer.Close();
// 全部の子スレッドが終了するのを待つ
while (Count() > 0)
{
Thread.Sleep(500);
}
_sockServer = null;
}
public new void Stop()
{
if (_sockServer == null)
{
return; //���łɏI���������I����Ă���
}
base.Stop(); //life=false �ł��ׂẴ��[�v��������
_sockServer.Close();
// �S���̎q�X���b�h���I������̂�҂�
while (Count() > 0)
{
Thread.Sleep(500);
}
_sockServer = null;
}
public void getLocalAddress(String title, ProtocolKind protocolKind)
{
var bindIp = new Ip(IpKind.V4Localhost);
const int port = 9991;
const int listenMax = 10;
Ssl ssl = null;
var sockServer = new SockServer(new Kernel(), protocolKind, ssl);
ThreadStart action = () => {
if (protocolKind == ProtocolKind.Tcp)
{
sockServer.Bind(bindIp, port, listenMax);
}
else
{
sockServer.Bind(bindIp, port);
}
};
var _t = new Thread(action)
{
IsBackground = true
};
_t.Start();
while (sockServer.SockState == SockState.Idle)
{
Thread.Sleep(200);
}
var localAddress = sockServer.LocalAddress;
Assert.That(localAddress.ToString(), Is.EqualTo("127.0.0.1:9991"));
//bind()後 localAddressの取得が可能になる
var remoteAddress = sockServer.RemoteAddress;
Assert.IsNull(remoteAddress);
//SockServerでは、remoteＡｄｄｒｅｓｓは常にnullになる
sockServer.Close();
}
protected override void OnRunThread()
{
var port = (int)Conf.Get("port");
var bindStr = string.Format("{0}:{1} {2}", _oneBind.Addr, port, _oneBind.Protocol);
Logger.Set(LogKind.Normal, null, 9000000, bindStr);
//DOSを受けた場合、multiple数まで連続アクセスまでは記憶してしまう
//DOSが終わった後も、その分だけ復帰に時間を要する
//Ver5.9,2 Java fix
//_sockServer = new SockServer(this.Kernel,_oneBind.Protocol);
_sockServer = new SockServer(Kernel, _oneBind.Protocol, ssl);
//Ver5.9.2 Java fix
if (ssl != null && !ssl.Status)
{
Logger.Set(LogKind.Error, null, 9000024, bindStr);
//[C#]
ThreadBaseKind = ThreadBaseKind.Running;
}
else
{
if (_sockServer.SockState != sock.SockState.Error)
{
if (_sockServer.ProtocolKind == ProtocolKind.Tcp)
{
RunTcpServer(port);
}
else
{
RunUdpServer(port);
}
}
}
//Java fix
_sockServer.Close();
Logger.Set(LogKind.Normal, null, 9000001, bindStr);
}
protected override void OnRunThread()
{
var port = (int)Conf.Get("port");
var bindStr = string.Format("{0}:{1} {2}", _oneBind.Addr, port, _oneBind.Protocol);
Logger.Set(LogKind.Normal, null, 9000000, bindStr);
//DOS����ꍇ�Amultiple���܂ŘA���A�N�Z�X�܂ł͋L�����Ă��܂�
//DOS���I��������A���̕��������A�Ɏ��Ԃ�v����
//Ver5.9,2 Java fix
//_sockServer = new SockServer(this.Kernel,_oneBind.Protocol);
_sockServer = new SockServer(Kernel, _oneBind.Protocol, ssl);
//Ver5.9.2 Java fix
if (ssl != null && !ssl.Status)
{
Logger.Set(LogKind.Error, null, 9000024, bindStr);
//[C#]
ThreadBaseKind = ThreadBaseKind.Running;
}
else
{
if (_sockServer.SockState != sock.SockState.Error)
{
if (_sockServer.ProtocolKind == ProtocolKind.Tcp)
{
RunTcpServer(port);
}
else
{
RunUdpServer(port);
}
}
}
//Java fix
_sockServer.Close();
Logger.Set(LogKind.Normal, null, 9000001, bindStr);
}
public void startStop(String title, ProtocolKind protocolKind)
{
var bindIp = new Ip(IpKind.V4Localhost);
const int port = 8881;
const int listenMax = 10;
Ssl ssl = null;
var sockServer = new SockServer(new Kernel(), protocolKind, ssl);
Assert.That(sockServer.SockState, Is.EqualTo(SockState.Idle));
ThreadStart action = () => {
if (protocolKind == ProtocolKind.Tcp)
{
sockServer.Bind(bindIp, port, listenMax);
}
else
{
sockServer.Bind(bindIp, port);
}
};
var _t = new Thread(action)
{
IsBackground = true
};
_t.Start();
while (sockServer.SockState == SockState.Idle)
{
Thread.Sleep(100);
}
Assert.That(sockServer.SockState, Is.EqualTo(SockState.Bind));
sockServer.Close(); //bind()にThreadBaseのポインタを送っていないため、isLifeでブレイクできないので、selectで例外を発生させて終了する
Assert.That(sockServer.SockState, Is.EqualTo(SockState.Error));
}
protected override void OnStopThread()
{
_sockServer.Close();
}