public static readInt ( |
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reader | ||
리턴 | int |
//从二进制流中反序列化出对象RpcMessage public static RpcMessage unmarshall(Stream stream) { RpcMessage m = new RpcMessage(); BinaryReader reader = new BinaryReader(stream); try { m.type = RpcBinarySerializer.readByte(reader); m.sequence = RpcBinarySerializer.readInt(reader); m.calltype = RpcBinarySerializer.readByte(reader); m.ifidx = RpcBinarySerializer.readShort(reader); m.opidx = RpcBinarySerializer.readShort(reader); m.errcode = RpcBinarySerializer.readInt(reader); m.paramsize = RpcBinarySerializer.readByte(reader); m.call_id = RpcBinarySerializer.readShort(reader); if (m.extra.unmarshall(stream) == false) { return(null); } m.paramstream = reader.ReadBytes((int)(stream.Length - stream.Position)); } catch (Exception e) { RpcCommunicator.instance().logger.error(e.ToString()); m = null; } return(m); }
//BinaryReader 以 Little-Endian 格式读取此数据类型。 // Network Order is Big-Endian public bool unmarshall(Stream d) { try{ BinaryReader reader = new BinaryReader(d); int size = 0; size = RpcBinarySerializer.readInt(reader); string key, val; //byte[] bytes; //int len = 0; for (int n = 0; n < size; n++) { key = RpcBinarySerializer.readString(reader); val = RpcBinarySerializer.readString(reader); _props.Add(key, val); } }catch (Exception e) { RpcCommunicator.instance().getLogger().error(e.ToString()); return(false); } return(true); }