包含二进制字符的char数组中的Endian-ness

在计算机中，Endian-ness是指数据在内存中的存储顺序。在大端字节序（Big-Endian）中，数据的高位字节存储在低地址中，而在小端字节序（Little-Endian）中，数据的低位字节存储在低地址中。

在C语言中，可以使用htonl()和ntohl()函数来进行大小端转换。这些函数可以将32位整数从主机字节序转换为网络字节序，或者将32位整数从网络字节序转换为主机字节序。

在处理字符数组时，可以使用memcpy()函数将数据从网络字节序转换为主机字节序。例如，如果要将一个32位整数从网络字节序转换为主机字节序，可以使用以下代码：

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

uint32_t network_order;
uint32_t host_order;

memcpy(&host_order, &network_order, sizeof(uint32_t));

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