片语

Bytecode operate字节码操作

bytecode e字节代码

Bytecode Generation生成字节码

bytecode instrumentation这样在没有字节码编入

bytecode interpreter字节码解释程序

strip bytecode剥离字节码

ActionScript bytecode字节码

bytecode compression字节码压缩

bytecode verification字节码校验

英汉例句

• however, it should be possible to solve these problems by suitably transforming the bytecode because these missing classes do not contain substantial new functionality.

  但是，通过对字节码进行适当转换，仍有可能解决这些问题，因为这些遗漏的类并不包含实际的新功能。

• he also provides some example of static optimizations that can be applied at the bytecode level to enhance the performance in the non-transactional code.

  他还提供了一些可以应用在字节码级的静态优化的例子，这种优化能够提升非事务性代码的性能。

• another way to get fast executing code is to generate the jvm bytecode directly.

  另一个可产生快速执行代码的方法就是直接产生jvm字节码。

• these classes define methods for modifying all aspects of the item represented by the class, including the actual bytecode body of a method or constructor.

  这些类定义了修改由它们所表示的对象的所有方法的方法，包括方法或者构造函数中的实际字节码内容。

• because of this greater ease of debugging, i was able to add some significant new features to the bytecode generation before the 1.0 release.

  因为在调试方面轻松了许多，我就可以在1.0版发行之前向字节码生成添加一些更重要的新特性了。

• this interface keeps the implementation code simple -- always an advantage when working with bytecode -- but means that the implementation class is very specific.

  这个接口使实现代码简单了 —— 在处理字节码时这总是一个优点 ——但是也意味着实现类是非常特定的。

• there「s a new character usable in identifiers within the bytecode (「+」), a modification to a pair of instructions to work with class references, and a different approach to synthetic components.

  有一个新的字符可以用于字节码中的标识符中 (「+」)，一些处理类引用的指令发生了修改，还有一个不同的方法用于处理合成组件。

• in the earlier article, i demonstrated how run-time bytecode generation can be used to replace reflection.

  在上一期文章中，我演示了如何用运行时字节码生成来代替反射。

• indeed, if the bytecode modification is expensive, caching the modified classes has an even greater benefit, as the transformation only ever needs to be performed once.

  实际上，如果字节码修改的开销很大，那么对经过修改的类进行缓存有很大的好处，因为变换只需要执行一次。

• fetches the next bytecode to execute.

  获取待执行的下一个字节码。

• due to the high computational overhead of this operation, however, midp vms do not perform complete bytecode verification at runtime.

  但是，由于这种操作的高昂计算开销，midpvm不在运行时执行完整的字节码验证。

• the only proviso is that the bytecode modifications should be deterministic and predictable.

  惟一的要求是字节码修改应该是确定性的且可预测的。

• the bytecode verification process guarantees that an application cannot access memory spaces or use resources outside of its domain.

  字节码验证过程保证了应用程序不能访问内存空间或使用其域外的资源。

• this makes slicing and dicing your bytecode easy.

  这使对字节码的切片和切块变得容易。

• in either case, you accumulate information about which exceptions are thrown at what bytecode offset in the method, so you can match them up after you」ve have finished processing the whole method.

  在任何一种情况下，都可以积累关于哪些异常在方法中的哪个字节码偏移量被抛出的信息，这样，在完成整个方法的处理后，可以将它们进行匹配。

• yes, we produce bytecode for the vm, which can optionally produce native code for several architectures.

  是的，我们为虚拟机生成字节码，可以为多种架构产生不同的原生代码。

• furthermore, due to a novel approach to bytecode verification, we「re also able to ensure runtime type safety of the compiled code.

  此外，由于采用了新的方式对字节码进行校验，我们还能确保编译的代码在运行时的类型安全。

• alternatively, you could try using bytecode manipulation to modify the classloaders on the fly, without violating the integrity of the supporting jar files.

  另外，您可以试着用字节码操纵技术动态地修改类装入器，这样可以不破坏支持jar文件的完整性。

• you can 「program」 using the bytecode open interface by directly loading the script into the machine from a cable directly connected to your computer.

  您可以通过一根与您的计算机直接相连的线路将脚本直接加载到机器之中，使用字节码开放界面来进行「编程」。

• after i added the stack state tracking, bytecode problems became traceable to a particular line of code.

  在添加了堆栈状态跟蹤之后，字节码问题的跟蹤可以精确到代码的具体行。

• the first is a simple bytecode language that you can use to create scripts that you download into the unit.

  第一种方式是一种简单的字节码语言，您可以用它来创建脚本，并且将其下载到工作单元之中。

• because of this, it will generate bytecode from the source in ways that may have surprising results if you」re not careful.

  因此，如果不小心，就会从源代码中生成可能会产生令人感到意外的结果的字节码。

• handling source code generation in the same framework as bytecode generation promises to create some interesting new problems.

  在与字节码生成相同的框架内处理源代码生成，肯定会产生一些有趣的新问题。

• you can either use a simple gui interface or a console application to run the bytecode enhancements on your application class files.

  可以使用一个简单的gui界面或者控制台应用程序来在应用程序类文件上运行字节码增强。

• some of the problems i ran into are specific to bcel, but others apply to other bytecode frameworks as well.

  我遇到的一些问题是bcel特有的，但是其他问题在其他字节码框架中也有。