bytecodes
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例句
Regular expression patterns are compiled into a series of bytecodes which are then executed by a matching engine written in C.
正则表达式模式被编译成一系列的位元组码，然后由用C编写的匹配引擎执行。
Execution of these bytecodes is defined by the Java Virtual Machine (JVM) specification (see Resources).
Java虚拟机（JVM）规范定义了这些字节码的执行（参见参考资料）。
The binary data can be malformed if the bytecodes have been changed -- if the major or minor number has been changed, for instance.
如果字节码发生了更改，例如主版本号或次版本号发生了更改，那么二进制数据的形式就会有误。
The class loader does a number of checks on the bytecodes of the class to ensure that it is well formed and well behaved .
类别载入器对于类别的字节码要做许多检测，以确保格式正确、行为正确。
Because Dalvik is the VM architecture, it relies on a high-level language compiled into the bytecodes that the VM understands.
BecauseDalvik是VM架构，它依赖于编译成VM理解的bytecodes的一种高级语言。
Bytecodes describe calculations using a theoretically infinitely large operand stack.
字节码使用一个理论上无限大的操作数堆栈来描述计算。
The only way to fix this problem is to obtain a corrected copy of the bytecodes, possibly by recompiling.
修复这个问题的惟一方法就是获得字节码的正确副本，可能需要重新进行编译。
Run-time variables are simply the raw bytecodes and object structures that the regular Python interpreter handles.
运行时变量只是常规Python解释器处理的原始字节码和对象结构。
Our translation layer operates on Actionscript bytecodes, not Actionscript source, so it doesn't operate on an AST.
我们的转换层操纵ActionScript字节码，而不是ActionScript源代码，因此它并不会使用AST。
A number of the bytecodes and algorithms used by the MagLev VM are specific to Ruby.
MagLev虚拟机使用的大量字节码和算法都是Ruby独有的。
Compiling Java bytecodes to native code is essential for good performance, but the action of generating the native code can cause pauses.
将Java字节码编译成本地文件实际上是为了获得更好的性能，但生成本地代码时可能会导致暂停。
Other examples include Java technology, which is interpreted from Java bytecodes to the underlying architecture of the host.
其他示例包括Java技术，它从Java字节码到主机的底层架构得到解译。
Load time -- Identical to the compile-time weaving of aspect bytecodes, but done when classes are loaded.
装入时——与方面字节码的编译时编织相同，但是，是在类装入的时候进行编织。
Notice how I access the class from a custom class loader, which loads the compiled bytecodes upon request.
注意我是如何使用自定义的类加载器访问这个类的，该加载器按照请求加载编译后的字节码。
The JVM may recompile the same bytecodes many times in a single application execution.
JVM在一个应用程序的执行过程中，可能会把相同的字节码重新编译许多次。
A compiler looks for various patterns in the source to convert the source code expressions into bytecodes.
编译器在源代码中查找各种模式以便将源代码表达式转换为字节码。
It also looks for instances where Exception is thrown in the corresponding range of bytecodes.
它还可以查找在字节码的相应范围中抛出Exception的实例。
This can be done easily using reflection on the bytecodes returned by the ICompilerRequestor implementation.
对ICompilerRequestor实现返回的字节码使用反射很容易做到。
A solution to this issue is to precompile Java bytecodes using AOT compilation.
此问题的解决方案之一是使用AOT编译预先编译Java字节码。
When a Lua program is executed, it is translated into bytecodes, and then executed in the VM.
当执行一个Lua程序时，将其翻译成bytecodes，然后在VM中执行。
Problems that could stem from compiling new bytecodes also apply to changing those bytecodes at build time, load time, or run time.
在构建时、装入时或运行时修改这些字节码的时候，一些影响编译新字节码的问题也会出现。
And because fewer than 255 bytecodes are available to describe operations, the implementation cost is low.
并且因为用于描述操作的字节码少于255个，所以实现的成本比较低。
In this case the compiled code and bytecodes are part of the 16MB.
已编译代码和字节码是这16MB的一部分。
Java applications use additional memory because the virtual machine has to do lots of "stuff" when running Java bytecodes.
Java应用程序要使用额外的内存，因为运行Java字节码时，虚拟机必须完成许多“工作”。
In the future, I might want to compile directly to bytecodes.
将来，我想要直接编译成字节码。
To look at the disassembled bytecodes and learn how to structure your
以查看反汇编的字节码，并学习如何构造自己的
