• As this method takes two byte arrays and returns another byte array, it can be used in series with itself any number of times to concatenate any number of byte arrays.

    因为这个方法两个字节数组返回另一个字节数组所以它可以自身串联任意串接任意数量字节数组。

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  • The most obvious issue is that the interface in Listing 6 requires a JNI call for each bit set or retrieved, as well as a JNI call to read a byte from, or write a byte to, the serial port.

    显著问题就是清单6中的接口设置检索每个以及串行端口读取字节或者串行端口写入字节都需要一个JNI调用

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  • Figure 1 shows a data block (for example, a 512 byte sector) with the 8-byte footer attached to the end.

    1显示数据(例如一个512字节扇区),末尾8字节附加部分。

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  • The counting of string length using a byte is referred to as byte semantics in this article, and the counting of string length using the number of characters is referred to as character semantics.

    本文中将使用字节计算字符串长度方法称作字节语义使用字符数计算字符串长度的方法称作字符语义。

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  • If the length value is less than 256, I will need a total of 2 length bytes1 byte to indicate that there is 1 more length byte and 1 byte to hold the actual length value.

    如果长度小于256,那么需要总共2个长度字节——1字节表明还有一个长度字节,1个字节包含实际的长度值。

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  • Brooks: the most important single decision I ever made was to change the IBM 360 series from a 6-bit byte to an 8-bit byte, thereby enabling the use of lowercase letters.

    布鲁克斯觉得自己做重要一个决定就是IBM 3606字节改成8字节,从而使小写字母变得可以使用

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  • RC4 begins by creating a 256-byte "s" byte array and populating it with 0 to 255. You then iterate over the array by mixing in bytes from the key.

    RC4创建一个256字节数组S”开始,0255对其进行填充

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  • If the BIOS contains such an assumption, it's likely that your computer won't boot from a disk that has 4096-byte sectors and lacks firmware translation to 512-byte sectors.

    如果BIOS包含这样假设那么计算机可能不会个含4096字节扇区缺乏512字节扇区的固件转换磁盘启动

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  • Unfortunately, there is no EBCDIC encoder by default, so we'll convert the value to a UTF-16LE byte array (which just adds in a "0" byte for the second byte of each character).

    遗憾的是,缺省情况下没有EBCDIC编码器所以我们转换为utf- 16le字符数组(只是每个字符的第二字节添加一个0”字节)。

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  • There are two constructors; one is used to serialize a MIDI ShortMessage object into a byte array whilst the second is used to deserialize a byte array and topic into a MIDI ShortMessage.

    其中两个构造器:一个用于MIDIShortMessage对象串行输入字节阵列第二用来将字节阵列主题序列化到MIDI ShortMessage中。

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  • The register holding the conversion factor was geared to a single byte usage rather than a whole register (il loads the given value into each word but you need it in each byte).

    保存转换因子寄存器单个字节(不是整个寄存器)的使用进行处理的(il给定加载每个字中不过需要按每个字节来使用这些值)。

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  • If you have the option, use standard library functions to do byte-swapping operations, and standardize on the order in which bytes are stored in your data files; network byte order is the best.

    如果可以选择的话,请使用标准函数进行字节交换操作按照字节数据文件存储顺序进行标准化网络字节顺序最适合这种工作。

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  • Thus, I can cast the result of the bitwise operation as a byte, put the byte in a single-byte array, and return the array to the calling application.

    因此可以操作结果造型字节,将这个字节放入一个单字节数组将这个数组返回给调用应用程序。

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  • To encrypt a byte, we xor this pseudo-random byte with the byte we want to encrypt.

    一个字节进行加密我们伪随机字节加密字节进行或运算。

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  • Recall from the discussion in the first article of this series that whenever I want to use multi-byte integer format, I must set the leftmost bit of the first length byte to 1.

    回想系列第一篇文章中的讨论,在希望使用字节整数格式时候必须第一个长度字节左边一设置1。

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  • These algorithms can use less data on a per-byte basis to correct for more serious problems than is possible with 512-byte sectors.

    这些算法使每个字节使用较少数据,从而使用 512 字节扇区纠正更多严重问题

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  • Byte arrays are limited in length to 75 percent of MAX_VALUE_LENGTH because byte arrays are stored by encoding them as strings.

    字节数组限制为MAX_VALUE_LENGTH长度75%,因为字节数组通过编码字符串存储的。

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  • Remember that DMA transfers of 16 bytes or more must be in 16-byte multiples and aligned to 16-byte boundaries on both the SPE and the PPE.

    记住传输16字节更多字节dmaspePPE必须是16字节的整数倍按照16字节边界进行对齐

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  • Herein lies the problem: Digital signatures rely on byte-level equivalence, whereas it is possible to have two XML documents that are logically the same, but contain different byte sequences.

    问题在于此:数字签名依赖字节级的等价测试,但是可能两个逻辑相同包含不同字节序列的XML文档

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  • That means that words will be 4-byte aligned, halfwords will be 2-byte aligned, and bytes don't have to be aligned at all.

    意味着4字节对齐的,半将是2字节对齐的,字节需要对齐。

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  • Count the number of ones in each byte of the 8-byte block; if the number of ones is even, make it odd by setting the least significant bit to one.

    统计8字节字节中的1个数如果1的个数为偶数,那么就设置最低位1使成为奇数

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  • That is to say, on the x86 system, the least-significant byte (the smallest values) are stored in the first byte of ll; on the Power Architecture system, they're stored in the last.

    就是说x86系统最低位字节(最小)首先存储ll第一个字节;在PowerArchitecture系统上,它们则存储到最后

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  • When you cast the integer into a single byte, only the least significant byte (0x00 to 0x7f) will be copied as a hex value to the single-byte array.

    这个整数造型一个单字节时,只有最低有效字节0x00 0x7f作为十六进拷贝到单字节数组

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  • This ACTS as a "signature" or "byte-order mark (BOM)" to identify the encoding and byte-order used in a file.

    作为一个特征符”字节顺序标记(byte - order mark,BOM)”识别文件使用编码字节顺序。

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  • Unlike some of the other tools, however, Findbugs USES byte code and the byte code Engineering Library, so it can be a challenge to learn how to implement new rules within the system.

    但是其他某些工具不同,Findbugs使用字节代码字节代码工程因此学习如何系统中实现新的规则可能是个挑战。

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  • If we had only one byte array, it would be easy to write to a slot in the data tree, since the Preferences API supports byte arrays directly.

    如果我们只有一个字节数组写入数据中的slot容易,因为PreferencesAPI直接支持字节数组

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  • To control the byte order mark (BOM) in the stylesheet, you can now use the byte-order-mark Serialization parameter.

    为了控制样式表中的字节顺序标志(byte -order - mark,BOM),可以使用byte - order - mark Serialization参数。

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  • The MIDlet implements the RecordComparator interface and defines a compare (byte rec1, byte rec2) method to compare two candidate records.

    MIDlet实现RecordComparator接口定义compare (byterec1,byterec2)方法比较两个候选记录

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  • This method relies on the FileStream class to buffer the input and output files appropriately, so that the code can work byte by byte to perform the necessary processing.

    方法依靠FileStream适当缓冲输入输出文件以便代码可以逐个字节执行必要处理。

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  • Instead of forcing all Unicode characters into a 2 -, 3 -, or 4-byte straightjacket, UTF-8 admits 1-byte (8-bit) to 4-byte encodings.

    UTF - 8并没有迫使所有unicode字符挤入2字节3字节或者4字节中,它允许对1字节(8位)4字节进行编码

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