| 1. | Orders by most - significant byte first , whereas
按最高有效字节在前排列，然而 |
| 2. | Orders by least - significant byte first
按照最低有效字节在前排序。 |
| 3. | Least significant byte
最小显著性位元组 |
| 4. | Most significant byte
最大显著性字节 |
| 5. | Array is assumed to be in network byte order with the most significant byte first in index position 0
标识网络接口。该范围仅对位于链接本地和站点本地的地址有效。 |
| 6. | The encoder can use the big - endian byte order most significant byte first or the little - endian byte order least significant byte first
编码器可以使用big - endian字节顺序（从最高有效字节开始） ，也可以使用little - endian字节顺序（从最低有效字节开始） 。 |
| 7. | Big endian means that the most significant byte of any multibyte data field is stored at the lowest memory address , which is also the address of the larger field
大端字节意味着任意多字节数据字段的高位字节存储于低的内存地址中。低内存地址也是大字段的地址。 |
| 8. | Little endian means that the least significant byte of any multibyte data field is stored at the lowest memory address , which is also the address of the larger field
小端字节意味着任意多字节数据字段的低位字节存储于低的内存地址中，低内存地址也是大字段的地址。 |
| 9. | Starting with the least - significant byte , the returned value specifies the red , green , and blue values used to set the appropriate color in the rgb system used by the visual basic language
从重要级别最低的字节开始，返回值指定用于在visual basic语言所使用的rgb系统中设置相应颜色的红色、绿色和蓝色值。 |
| 10. | Powerpc , powerpc as , and the early ibm powerpc 4xx family are primarily big - endian machines , meaning that for halfword , word , and doubleword accesses , the most - significant byte is at the lowest address
Powerpc 、 powerpc as以及早期的ibm powerpc 4xx家族大部分是字节排列顺序最高位在最前的机器，这就意味着对半字、字以及双字访问来说，最重要的字节（ most - significant byte ， msb ）位于最低的地址。 |
