语法树的英文

• syntactic [syntax] tree
• syntactic tree
• syntax tree

• 语法    grammar; syntax
• 树    tree
• 语法树 句法树 句法树    syntaxtree
• 部分语法树    partial syntax tree
• 抽象语法树    abstract syntax tree; ast
• 树，语法树    treen
• 语法树图    grammar tree
• 非形式语法树    informal syntax tree
• 改进的语法树    modified syntax tree
• 部分构造语法树    partially constructed syntax tree
• 语法树结构下节    tree structure descendant
• 加法树    add tree
• 句法树    syntactic tree; syntax tree
• 语法    grammar; syntax 传统语法 traditional grammar; 结构语法 structural grammar; 系统语法 systematic grammar; 交际语法 communicative grammar; 比较语法 comparative grammar; 功能语法 functional grammar; 语法成分 grammatical item; 语法错误 syntax error; 语法单位 syntactical unit; 语法分类 syntactic category; 语法分析 [计算机] syntax analysis; syntactic analysis; 语法规则 syntax rule; 语法结构 [计算机] syntactic structure; 语法树 syntax tree; 语法树图 grammar tree
• 卡法树脂    kaqine; kawine
• 魔法树叶    magical leaf
• 乳液法树脂    emulsion resin
• 一步法树脂    one-stage resin
• 华莱士加法树    wallace add tree
• 语法，语法规则    grammar
• 【语法】宾格。    objective case
• 【语法】单数。    singular number
• 【语法】通性。    common gender
• 【语法】虚词。    empty word
• 【语法】原级。    positive degree

• Start generating depth - first visitors automatically with the java tree builder , a syntax tree builder used with the java compiler compiler javacc parser generator
  开始自动生成深度优先访问器， java树构建器它是一种与java compiler compiler （ javacc ）解析生成器一起使用的语法树构建器。
• You can add new rules , either by writing java code and recompiling pmd or , a little more simply , by writing xpath expressions that are resolved against each java class s abstract syntax tree
  您可以添加新规则：可以通过编写java代码并重新编译pdm ，或者更简单些，编写xpath表达式，它会针对每个java类的抽象语法树进行处理。
• You would never use a scanner to analyze an entire java source ; for that you would turn to something quite familiar to compiler aficionados : the jdt s abstract syntax tree framework
  您决不会使用扫描程序分析整个java源代码；因为您会转而使用一些对编译器迷而言十分熟悉的工具： jdt的抽象语法树（ abstract syntax tree ， ast ）框架。
• In this paper , we firstly study two wcet analysis methods ( control flow graph based wcet analysis method and syntax tree based wcet analysis method ) , and get integrated comprehension on the static wcet analysis
  本文首先研究了两种wcet分析方法(基于控制流图的wcet分析方法和基于语法树的wcet分析方法) ,加深了对静态wcet分析的理解。
• Given a partial input , pe is an automatic transformation from a source program to another source program , which is equivalent to the original source program under the same partial input . in addition , the transformed source program is as well optimized
  这需要对snl程序依次进行词法分析、语法分析、构造语法树、对语法树进行部分求值、构造剩余语法树和将剩余语法树转换成剩余程序等各自独立的步骤。
• The gcc compiler scales very well - from simple batch utility programs to multimillion - line systems . it is the clear syntax tree front end , the highly recapitulative intermediate language and the concise machine description back end that help gcc port to kinds of platforms
  其清晰的前端语法树结构、高度概括的抽象机中间语言、简洁有力的后端机器描述等三部分为快速实现多语种开发、多平台移植提供了有力的支持。
• Existent automatic grading model of programs can not deal with the programs with structural body . in this paper , we study the syntax and concept of structural body based on an existed model , and improve the original model in the following aspects : increasing the middle representation form of structural body in analysis of morphology and syntax and system dependence graph and abstract syntax tree , adding standardization rules , mainly including type definition , nesting structure , initialization , function invocation , renaming and sequence of program sentence , besides standardization rules of bit operation and program with enumeration , enhancing the function of inspecting syntax error and improving matching strategies
  本文在原有的编程题自动评分模型的基础上,对结构体的语法结构和实现原理进行研究,并在以下几个方面完善原有模型:在词法和语法分析、程序的系统依赖图建立和抽象语法树生成三个方面增加结构体类型的中间表示形式;扩充程序的标准化规则,主要包括类型定义标准化、结构体嵌套结构标准化、结构体初始化的标准化、结构体作为函数参数时函数调用标准化、结构体变量名称标准化、结构体语句排列顺序标准化等等;另外,还增加了位运算标准化、枚举标准化以及文件的处理;增强学生程序中语法错误的检测和改进程序匹配策略。
• According to the program structure of ansi c , some syntax - tree - nodes are designed in front - end , including function , block , data structure , type , expression , identifier and so on . syntax tree is divided into three levels , namely program level , function level and block level , which are useful for analysis of syntax and semantic in compiler as well as transferring syntax tree into rtl . retargetable compiler mainly includes intermediate representation , machine description and interface technique between compiler and machine description
  编译前端的实现技术包括词法分析、语法语义分析和中间代码生成技术等，针对ansic的程序结构，分别设计了函数、块、数据结构、类型、表达式、标识符等语法树结点，并将语法树分成编译层次、函数声明和块三个不同层次，使语法树具有清晰的层次结构，有利于编译程序的语法和语义分析，以及从语法树到rtl中间表示的转换。
• The following works have been done : ( 1 ) define csl language and complete the lexical analysis and syntactical analysis of it ; ( 2 ) obtain control flow graph ( later referred as cfg ) from abstract syntax tree ( ast ) ; ( 3 ) control dependence analysis of csl ; ( 4 ) system architecture of csl slicing system
  内容包括通过语法分析获得源程序的抽象语法树,从抽象语法树构造控制流图,在控制流图上做控制流分析获得源程序的控制依赖关系,在控制流图上做数据流分析获得源程序的数据依赖关系,以及最后获得源程序的程序依赖图并以图可达性算法获得程序分片的全过程。
• It takes a plain javacc grammar file as input and automatically generates the following : a set of syntax tree classes based on the productions in the grammar using the visitor design pattern ; two interfaces visitor and objectvisitor ; two depth - first visitors depthfirstvisitor and objectdepthfirst ; and a javacc grammar with the proper annotations to build the syntax tree during parsing
  它把普通的javacc语法文件作为输入并自动生成下列各项：基于语法中的生成的一组语法树类（使用visitor设计模式） ；两个接口（ visitor和objectvisitor ） ；两个深度优先访问器（ depthfirstvisitor和objectdepthfirst ） ；和一个带正确注释的javacc语法（用于在解析期间构建语法树） 。

• 语法树的日语：こうぶんのき