1·That is the address in memory in the heap of the first byte that the user typed in.
那是用户输入的第一个字节在内存中堆的地址。
2·Every byte in memory has to have an "address" for a process to be able to locate it.
内存中的每一个字节都必须有一个“地址”，以便让进程可以找到它。
3·As we have seen in the above example, reading message bodies is not complex, especially if you are only using JMS byte or text messages.
正如在上面的示例中所看到的，阅读消息正文一点也不复杂，尤其是在仅使用JMS字节或文本消息时。
4·These characters each have a single byte of display and multiple bytes of internal storage.
每个这些字符都有一个显示字节，以及多个字节的内部存储。
5·This is because on most operating systems, a char maps well to one byte.
这是因为在大多数操作系统上，一个字符能很好地映射成一个字节。
1·Gets an object that outputs a substitute string in place of an input byte sequence that cannot be decoded.
取得物件，此物件会产出替代字串，以取代无法解码的输入位元组序列。
2·On the door of a computer store: "out for a quick byte."
电脑专卖店门上：“出去找一个更快的位元组。”
3·This method reads one byte.
这个方法会读取一个位元组。
4·The following example copies a string in reverse, by using byte Pointers to read and write characters between the source and destination strings.
下列范例使用位元组指标，在来源和目的字串之间读取及写入字元，借以反向复制字串。