字节

XML解析器能够处理任何字节流。

An XML parser can process any byte stream .

接下来是字节“B”，仍然原封未动，故而照原样解码。

The next byte B , is literal also , so it is decoded as is .

这个系统内存256兆字节，可扩充到2千兆字节。

The system has 256 MB RAM , expandable to 2GB .

为了将一个或另一个半字节分离出来，你可以使用一个八位屏蔽，并进行一次“与”运算。

You could use an8-bit mask and an and operation in order to isolate one or the other numeric nibble .

在记忆体中，指令被存放在一个连续的字节序列中。

In memory , instructions are stored in a sequence of successive bytes .

在总线传送操作期间，字节可以无限发送或接收。

The bytes can be unlimitedly sent or received during the bus transfer operation .

而对应的英文字“forest”需要六个字节。

However , the equivalent English word " forest " takes six .

value是一个未解释的字节数组（Java™类型byte[]）。

Value is an uninterpreted array of bytes ( Java ™ type byte [ ] )

n等于用户请求的字节数

N equals number of bytes requested by the user

Java字节码异常处理中信息流的分析

Analysis of information flow in exception handling of Java bytecode

它与对单字节数据类型使用LENGTH函数类似。

It is similar to the LENGTH function when used against a single-byte data type .

在设计和效果上，它和Java的字节解释过程很相似。

It is closest to the Java byte-compilation process in design and effect .

如果使用双字节数据类型作为输入，它就会给出双倍的LENGTH函数值。

It gives double the LENGTH function value if double-byte data type is used as input .

基本C字符类型是1字节数据类型，没有一位编程人员想到过要改变它。

The basic C character type is a1-byte data type , and no programmer dreams of changing it .

Java字节代码程序的部分计值

Partial Evaluation of Java Byte Code Program

比如，读取或写入操作会因为操作返回读或写的字节数，而返回一个Future。

For example , a read or write returns a Future because the operation returns the number of bytes read or written .

许多人认为造成Java速度慢的原因是它生成解释型字节码，而不是本机代码。

Many people imagine Java is slow because it generates interpreted bytecode rather than native code .

内存管理在每个IP包头加上固定字节的包信息。

A fix position is placed at the head of every IP packet in memory management .

在解析这些字节时，客户端需要有这个持久化Java类型的类定义。

To interpret these bytes , a client requires the class definitions of the persistent Java types .

BIOread将尝试从服务器读取一定数目的字节。

BIO_read will attempt to read a certain number of bytes from the server .

接着将IV与真正的密码字节数组分离。

The IV is then separated from the actual cipher byte array .

过去，Web服务器会缓存响应数据，仅在接受到足够的字节数或块数后才会发送出去。

Traditionally , Web servers cache the response data and only send it after a sufficient number of bytes or chunk has been received .

HTTP字节数据绑定：用于接收字节

HTTP bytes data binding : Used to receive bytes

AOP常常会要修改字节码，但又完全不需要理解class文件的格式。

AOP make bytecode changes normal , without requiring understanding of the class file format .

status：由SCSI标准定义的SCSI状态字节。

Status : SCSI status byte as defined by the SCSI standard .

然后检查字节是否在a到z的范围内。

It then checks to see if the byte is in the range a through z.

不管是哪种情况，新的字节码都作为类Java的源代码声明或者String中的块传递。

Either way , the new bytecode is passed as a Java-like source code statement or block in a String .

然而，IDL确实提供几种整数类型，2字节（short）、4字节（long）和8字节（longlong）的整数类型。

The IDL , then , really provides integer types in2-byte ( short ), 4-byte ( long ) and8-byte ( long long ) sizes .

服务器将以服务器端序列化字节的强类型Java对象发送分离对象图。

The server sends the detached object graph as serialized bytes of strongly typed persistent Java objects defined on the server side .

通过Java的自定义类加载器执行保存在Web服务器上的字节码文件

Pass the Java from the definition type to add to carry the machine performance conservancy in the byte code document on the server of Web