元数据更重要的优点是编译器可以使用它来执行基本的编译时检查。
A more significant advantage of metadata is the ability for a compiler to use it to perform some basic compile-time checking.
这很方便，如果不支持的话，编译器会一次生成基本兼容的字节码。
It is convenient, if unsupported, and the compiler generates mostly compatible bytecode in a single pass.
GoatRodeo中的基本数据结构就是Q ' s——量子信息，编译器会检查该信息，同时能够处理JSON的任何语言都可以使用该信息。
The fundamental data structure in Goat Rodeo will be known as q's - quanta of information, which will be compiler checked and available for consumption by any language capable of understanding JSON.
基本上来说，编译器会“重新开始”并找出哪个方法实现了哪个接口。
Basically the idea is that the compiler "starts over" and figures out which methods implement which interfaces.
换句话说，编译器生成的代码与您手工编写的不用泛型、检查程序的类型安全后进行强制类型转换所得到的代码基本相同。
In other words, the compiler generates pretty much the same code you would have written by hand without generics, casts and all, after checking the type-safety of your program.
基本上，编译器会用所包含类的名称替换self关键字。
Essentially, the compiler replaces the self keyword with the enclosing class's name. It is almost like the following line.
我们观察问题的基本角度是：为最优化编译器设计的形式方法它假定编译器和程序设计者是盟友。
The fundamental basis of our observation is that: the formal methods designed for optimizing compilers assume that the compiler and the programmer are Allies.
一种基本类型的静态分析器的语言编译器。
A very basic type of static analyzer is the language compiler.
基本上你需要或者测试你的编译器或不依赖于它。
Basically you need to either test your compiler or not rely on it.
本文主要讨论GKD -ESQL预编译器的设计和实现技术，首先讨论了嵌入式SQL语言的基本结构和语句成分，在此基础上，给出了GKD - ESQL系统的总体框架设计。
The design and implementation of GKD-ESQL is discussed. Based on the introduced basic structure and the statement elements, the general infrastructure of GKD-ESQL system is presented.
因为你基本上是在编译器，你这样做是为了你自己。
Since you are essentially lying to the compiler, you are doing this to yourself.
因此，编译器的设计者、操作系统的设计者、数据库的设计者和其他软件设计人员都需要理解本课程讲解的基本原理。
Therefore, it contains the basic theories that are inevitable for the designers of compilers, operating systems, database as well as other applications.
本文的第一章讲述了模型编译器的历史背景和基本概念。
In Chapter I, the historical background of model compiler is introduced.
本文的第一章讲述了模型编译器的历史背景和基本概念。
In Chapter I, the historical background of model compiler is introduced.
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