摘要：【中文】本发明公开了一种基于QT自动生成代码的方法，包括输入符合规范的XSD文件并定义XML文件的架构，解析所述XSD文件，根据所述XSD文件中对XML文件的约束生成对应的类属性和成员变量，识别所述XSD文件中的指示器，将XSD文件中的所有element元素根据文件结构生成相应的element哈希表，将所述element元素根据是否复合结构、最小出现次数、最大出现次数生成相应的代码，通过Q_CLASSINFO记录生成的列表类型成员变量元素，生成头文件和源代码文件。该方法解决了现有技术中手工编写对应XML文件的转换代码的工作，存在效率低下的问题。 【EN】The invention discloses a method for automatically generating codes based on QT, which comprises the steps of inputting an XSD file which meets the specification, defining the framework of the XML file, analyzing the XSD file, generating corresponding class attributes and member variables according to the constraint of the XSD file on the XML file, identifying an indicator in the XSD file, generating corresponding element hash tables for all element elements in the XSD file according to the file structure, generating corresponding codes for the element elements according to whether a composite structure is formed or not, the minimum occurrence frequency and the maximum occurrence frequency, recording the generated list type member variable elements through Q _ CLASSINFO, and generating a header file and a source code file. The method solves the problem of low efficiency in the prior art due to the work of manually compiling the conversion codes of the corresponding XML files.

摘要：【中文】本发明公开了一种RSSP‑I安全通信的安全校验方法，包括以下步骤：获取移位寄存器值作为时间戳值，所述时间戳值的生成多项式为本原多项式，以所述本原多项式为基准，利用伽罗瓦线性反馈移位算法对所述本原多项式进行处理，获取伪随机数值，根据所述伪随机序列值对安全通信进行安全校验，获取有效报文。其中移位寄存器值的生成多项式采用了本原多项式来提高伪随机序列值，进而提升了RSSP‑I通信协议的安全性，并且使用伽罗瓦线性反馈移位算法计算量小，实现起来比较简洁有效。 【EN】The invention discloses a security verification method for RSSP-I security communication, which comprises the following steps: the method comprises the steps of obtaining a shift register value as a time stamp value, enabling a generator polynomial of the time stamp value to be a primitive polynomial, processing the primitive polynomial by utilizing a Galois linear feedback shift algorithm by taking the primitive polynomial as a reference to obtain a pseudo-random number value, and carrying out safety check on safety communication according to the pseudo-random sequence value to obtain an effective message. The generator polynomial of the shift register value adopts the primitive polynomial to improve the pseudo-random sequence value, so that the safety of the RSSP-I communication protocol is improved, the calculation amount of the Galois linear feedback shift algorithm is small, and the implementation is simple and effective.