void StartToConnect()
{
mrs.Connect.Request connect_request = new mrs.Connect.Request();
connect_request.ConnectionType = MrsConnectionType.TCP;
connect_request.Addr = g_ArgServerAddr;
connect_request.Port = ToUInt16(g_ArgServerPort);
connect_request.TimeoutMsec = ToUInt32(g_ArgTimeoutMsec);
g_Connect.AddRequest(connect_request);
g_Connect.SetFallbackConnectCallback(on_fallback_connect);
mrs_initialize();
do
{
for (UInt32 i = 0; i < g_Connections; ++i)
{
MrsConnection client = g_Connect.FallbackConnect();
g_nowconnect = client;
if (MrsConnection.Zero == client)
{
MRS_LOG_ERR("mrs_connect[{0}]: {1}", i, ToString(mrs_get_error_string(mrs_get_last_error())));
break;
}
}
} while (false);
}
// フォールバック接続時に呼ばれる
private static void on_fallback_connect(MrsConnection connection, mrs.Connect.Request request)
{
MRS_LOG_DEBUG("on_fallback_connect connection_type=" + request.ConnectionType + " addr=" + request.Addr + " port=" + request.Port + " timeout_msec=" + request.TimeoutMsec);
mrs_set_connect_callback(connection, on_connect);
mrs_set_disconnect_callback(connection, on_disconnect);
mrs_set_error_callback(connection, on_error);
mrs_set_read_record_callback(connection, on_read_record);
mrs_connection_set_path(connection, g_ArgConnectionPath);
}
public void StartEchoClient()
{
MRS_LOG_DEBUG("connection_type={0} is_key_exchange={1} is_encrypt_records={2} write_data_len={3} write_count={4} connections={5} server_addr={6} server_port={7} timeout_msec={8} is_valid_record={9} connection_path={10}",
g_ArgConnectionType, g_ArgIsKeyExchange, g_ArgIsEncryptRecords, g_ArgWriteDataLen, g_ArgWriteCount, g_ArgConnections,
g_ArgServerAddr, g_ArgServerPort, g_ArgTimeoutMsec, g_ArgIsValidRecord, g_ArgConnectionPath);
g_nowconnect = new MrsConnection();
g_IsKeyExchange = (0 != ToUInt32(g_ArgIsKeyExchange));
g_IsEncryptRecords = (0 != ToUInt32(g_ArgIsEncryptRecords));
g_RecordOptions = g_IsEncryptRecords ? (UInt16)MrsRecordOption.ON_CRYPT : (UInt16)MrsRecordOption.NONE;
// g_RecordOptions |= (UInt16)MrsRecordOption.UDP_UNRELIABLE;
// g_RecordOptions |= (UInt16)MrsRecordOption.UDP_UNSEQUENCED;
g_WriteDataLen = ToUInt32(g_ArgWriteDataLen);
g_WriteCount = ToUInt32(g_ArgWriteCount);
g_Connections = ToUInt32(g_ArgConnections);
g_IsValidRecord = (0 != ToUInt32(g_ArgIsValidRecord));
mrs.Connect.Request connect_request = new mrs.Connect.Request();
connect_request.ConnectionType = MrsConnectionType.NONE;
connect_request.Addr = g_ArgServerAddr;
connect_request.Port = ToUInt16(g_ArgServerPort);
connect_request.TimeoutMsec = ToUInt32(g_ArgTimeoutMsec);
Int32 connection_type = ToInt32(g_ArgConnectionType);
switch (connection_type)
{
case (Int32)MrsConnectionType.TCP:
case (Int32)MrsConnectionType.UDP:
case (Int32)MrsConnectionType.WS:
case (Int32)MrsConnectionType.WSS:
case (Int32)MrsConnectionType.TCP_SSL:
case (Int32)MrsConnectionType.MRU: {
connect_request.ConnectionType = (MrsConnectionType)connection_type;
g_Connect.AddRequest(connect_request);
} break;
default: {
#if UNITY_WEBGL
connect_request.ConnectionType = MrsConnectionType.WSS;
g_Connect.AddRequest(connect_request);
connect_request.ConnectionType = MrsConnectionType.WS;
connect_request.Port -= 1;
g_Connect.AddRequest(connect_request);
#else
connect_request.ConnectionType = MrsConnectionType.TCP;
g_Connect.AddRequest(connect_request);
connect_request.ConnectionType = MrsConnectionType.WSS;
connect_request.Port += 2;
g_Connect.AddRequest(connect_request);
connect_request.ConnectionType = MrsConnectionType.WS;
connect_request.Port -= 1;
g_Connect.AddRequest(connect_request);
#endif
} break;
}
g_Connect.SetFallbackConnectCallback(on_fallback_connect);
netsettings.addr = connect_request.Addr;
netsettings.port = connect_request.Port;
mrs_initialize();
do
{
for (UInt32 i = 0; i < g_Connections; ++i)
{
MrsConnection client = g_Connect.FallbackConnect();
g_nowconnect = client;
netsettings.connection = client;
if (MrsConnection.Zero == client)
{
MRS_LOG_ERR("mrs_connect[{0}]: {1}", i, ToString(mrs_get_error_string(mrs_get_last_error())));
break;
}
}
}while (false);
}
