Big-endian means that the most significant byte has the lowest address (the word is stored big-end-first).
big -endian意味着最高位字节存储在最低地址(按高位优先的顺序存储字)。
Little-endian means that the least significant byte has the lowest address (the word is stored little-end-first).
而little -endian意味着最低位字节存储在最低地址(按低位优先的顺序存储字)。
Big-endian means that the most significant byte is stored at the lowest memory address and the least significant byte is stored at the highest memory address.
Big -endian是将高位字节存储在内存的低地址中，将低位字节存储在内存的高地址中。
Little-endian means that the least significant byte is stored at the lowest memory address and the most significant byte is stored at the highest memory address.
Little - endian是将低位字节存储在内存的低地址中，将高位字节存储在内存的高地址中。
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.
这就是说，在x86系统上，最低位字节(最小值)首先存储在ll的第一个字节中；在PowerArchitecture系统上，它们则存储到最后。
Encoding ELFDATA2MSB specifies 2's complement values, with the most significant byte occupying the lowest address.
ELFDATA2MSB编码指定了2的补数值，最大有意义的字节占有最低的地址。
Encoding ELFDATA2LSB specifies 2's complement values, with the least significant byte occupying the lowest address.
ELFDATA2LSB编码指定了2的补数值，最小有意义的字节占有最低的地址。
The most significant byte (MSB) specifies the token type and consequently identifies the abstraction and its associated metadata table.
最有意义的字节(MSB)指定了标记类型，因此用于标识抽象及其关联的元数据表。
In the case of FDDI, the FC field is placed in the Least Significant Byte of this field.
在FDDI的情况下，FC字段被放置在这个字段的最低有效字节中。
In the case of FDDI, the FC field is placed in the Least Significant Byte of this field.
在FDDI的情况下，FC字段被放置在这个字段的最低有效字节中。
应用推荐