Network byte order and host byte order)

In network transmission, the big-Endian sequence is used.0x0a0b0c0d The transmission order is0a 0b 0C 0d Therefore, big-Endian acts as the network byte order, and little-Endian acts as the host byte order

Why does x86 storage use little-Endian? At first I thought it was very convenient for bit operations, especially displacement operations, but it was also convenient for big-Endian, it is nothing more than the difference between the left shift and the right shift, but the advantage of little-Endian is that the storage location does not need to be changed when the unsigned char/short/INT/long type is converted.