If a variable is used before it is initialized, a semantic error is generated, the variable is created with a value of zero, and a message is printed. 如果变量是在初始化之前使用的,那就会产生语义错误,使用值为0来创建这个变量,并打印一条消息。
On top of that, we introduced the new Codan static analysis framework as optional component to provide semantic error reports ahead of compile time. 在此基础之上,我们引入新的Codan静态分析框架作为可选组件,在编译之前提供语义错误报告。
This is a static semantic error. 这是个静态语义错误。
Enable semantic error checking to ensure that there are no semantic errors in the model. 启用语义检查,确保在模型中没有语义错误。
In a general way, semantic compression belongs to the lossy compression, and grants the prescribed error bounds. 语义压缩一般属于有损压缩,即允许一定的误差存在。
For lacking of integral grammar or semantic information, analysis of object code can not report error accurately in some cases. 由于缺少完整的语法、语义信息,基于目标代码的分析有时对错误的捕捉、定性不够精确。
Firstly, by analyzing the characteristics of source code and object code, the architecture of compiling and interpreting system, which includes morphology/ syntax analysis, semantic analysis, error handling, symbol table manager and object code generation, was presented. 通过分析源代码、目标代码的特点,提出了由词法/语法分析、语义分析、错误处理、符号表管理及代码生成五个阶段构成的编译解释系统体系结构。
In the designed experiments, the simple arithmetic expressions were analyzed through lexical analysis, syntax analysis, semantic analysis, table process and error process. 设计的实验是以简单的算术表达式为处理对象,进行词法分析、语法分析和语义分析,兼有表格处理和出错处理。
After discussing the data cleansing model in ETL, and to solve the known or unknown error and semantic error, this paper proposes a data cleansing strategy of combination of automatic and manual methods that has a better realism significance. 在给出ETL过程中数据清洗模型的基础上,针对已知和未知的错误类型,以及语义上的错误,提出了一种自动清洗和人为清洗相混合的数据清洗策略,具有较好的现实意义。
The compiler of EP consists internally of lexical scanner module, parser module, semantic analyzer, target code generator module, symbol table management module and error handle module. 编译器由词法分析、语法分析、语义分析、目标代码生成、符号表管理、错误处理六部分组成。
Traditional error control technologies consider videos as long bit streams, ignoring the underlying semantic information and perform error control in a way as signal processing. 传统的视频差错控制技术一般采用信号处理的方法,把视频流看成一个二进制比特序列,没有考虑视频本身所包含的语义信息和提供信息的重要程度的差异。
B is established on Zermelo-Frankel set theory. It expresses states transferring by signal method. So both program and its specification are on uniform framework, which can reduce the possibility of semantic error. B建立在Zermelo-Frankel集合理论的基础上,它使用符号表示法(广义代换)来表达状态的转换,使程序及其规格说明处于统一的数学框架之下,减少了出现语义错误的可能性。