英汉例句

• The syntax tree consists of syntax nodes, tokens, and trivia.

  语法树是由语法节点、令牌和一些琐碎的内容(trivia)组成的。

• Therefore, executing a bytecode instruction is much faster than visiting a syntax tree node.

  因此，执行字节码指令要比访问语法树节点快得多。

• Modifications are made to the syntax tree using a combination of constructors and the ReplaceNode method.

  变更是针对语法树做出的，变更时会使用了构造器和ReplaceNode方法的组合。

• A semantic model is created by feeding a syntax tree back into the compilation so that it will be annotated with symbol data. The semantic model can then be queried for information such as.

  他们可以通过把语法树回馈给编译集来创建语义模型，从而用符号数据对其进行注解。

• Use the abstract syntax tree when you cannot use Eclipse markers.

  当您不能使用Eclipse标记时可以使用抽象语法树。

• I'll note before we go any further that the terms parse tree and abstract syntax tree (or AST) describe very similar grammatical structures.

  在我们继续之前，我要特别提一下，术语解析树和抽象语法树(或ast)描述了非常相似的语法结构。

• With the emphasis on the abstraCt syntax tree (AST), the paper also discusses the structure of a disk file as well as the functions designed for saving and recovering the AST.

  主要分析了抽象语法树(ast)，讨论了磁盘文件的结构及ast的写入和复原技术。

• The structure of GCC syntax tree and its functions in compiling are introduced.

  介绍了GCC抽象语法树的结构及在编译过程中的作用。

• We analyzed the abstract syntax tree represent of GCC, the optimization on the call-graph, and the approach to the command-line arguments.

  在此基础上，分析了GCC的前端树表示、基于调用图的优化模式、GCC的命令行参数处理机制，并提出了一个跨文件编译模式模型。

• It suffices to say here that when this rule eventually runs, a target C++ operation will have been created already in the abstract syntax tree mentioned earlier.

  在这里就可以说明，该规则什么时候起效，在上面提到过的抽象语法树状结构中，已经创建了一个目标 C++操作。

• Traverses the abstract syntax tree (AST) one or more times, collecting information and checking that the input program makes sense.

  遍历抽象语法树(abstract syntax tree,AST)一次或多次，收集信息并检查输入程序makessense。

• Third, with the syntax tree gone, the interpreter no longer needs to propagate execution state between syntax tree nodes.

  第三，由于不再需要语法树，解释器无需继续在语法树节点间传送执行状态。

• Here other techniques such as compiling an abstract syntax tree and resolving variables in closures are discussed.

  在这里，对其它技术(如：编译一个抽象语法树和解析闭包中的变量)也进行了讨论。