1.如何解决http封包中gzip编码的html
2.gz是源码什么文件
3.dzip和zip的区别
4.软件需要在没有压缩软件的情况下，将N个文件压缩成一个.Zip文件，分析该怎么办。源码dll源码如何获取是分析用C++编写的。
5.常见的源码源码处理教程压缩文件格式有哪些？各有什么优点
6.实现web服务器中的gzip

如何解决http封包中gzip编码的html

       ã€€ã€€å¦‚何解决tl.h#include string.h#include sys/stat.h#include signal.h#include stdio.h#include string.h#include assert.h#include zlib.h#define OS_CODE 0x /*Unix OS_CODE*/#define DEFAULT_COMPRESSION Z_DEFAULT_COMPRESSION#define DEFAULT_WINDOWSIZE -#define DEFAULT_MEMLEVEL 9#define DEFAULT_BUFFERSIZE #define MAX #define METHOD //获取数据的方式,使用字符串的长度#define URI //表示URI的最大长度#define VERSION //HTTP版本好的最大长度#define TYPE     //表示文件的类型的长度int res_socket;void app_exit();static const char gzip_header[] = { '', '', Z_DEFLATED, 0, 0, 0, 0, 0, 0, OS_CODE};void put_long (unsigned char *string, unsigned long x) {  string[0] = (x 0xff); string[1] = ((x 8) 0xff) ;   string[2] = ((x ) 0xff) ;  string[3] = ((x ) 0xff);}/*@description:将数据使用gzip压缩后发给浏览器@parametersockd:套接字file: 要压缩的内容了*/int gzip_buffer (int  sockd, char * msg, int len) { z_stream stream;//zlib使用的。  int ret,分析python考题源码 flush; char in[MAX];//存放输入的数据  char send[MAX + ];//存放压缩过后的数据    unsigned have;  memcpy (send, gzip_header, ); memset (in, 0, len);    stream.zalloc = Z_NULL; stream.zfree = Z_NULL;  stream.opaque = Z_NULL; stream.avail_in = 0;    stream.next_in = Z_NULL;    memcpy (in, msg, len);  //压缩初始化。    int tmp_result = deflateInit2(stream,源码              Z_DEFAULT_COMPRESSION,//压缩级别                Z_DEFLATED,//压缩方式               -MAX_WBITS,             8,              Z_DEFAULT_STRATEGY);    if (Z_OK != tmp_result) {       printf("deflateInit error: %drn", tmp_result);        return 0;   }   stream.avail_in = len; //要压缩数据的长度   stream.next_in = in;    //要压缩数据的首地址 stream.avail_out = MAX;  //可存放的最大输出结果的长多。就是分析压缩后数据的最大长度   stream.next_out = send + ; //存放压缩数据的开始位置，send前十个字节用来放头部   ret = deflate (stream,源码Z_FINISH); //压缩  assert (ret != Z_STREAM_ERROR); switch (ret) {      case Z_NEED_DICT:           ret = Z_DATA_ERROR;     case Z_DATA_ERROR:      case Z_MEM_ERROR:           (void)inflateEnd (stream);         return ret; }   have = MAX - stream.avail_out;  unsigned crc = crc(0L, in, len);  char * tail = send + + have; put_long (tail, crc);   put_long (tail + 4, len);   write (sockd, send, have + ); deflateEnd (stream);   return 1;}/* @description:开始服务端监听@parameterip:web服务器的地址port：web服务器的端口@result：成功返回创建socket套接字标识，错误返回-1*/int socket_listen( char *ip,分析 unsigned short int port){   int res_socket; //返回值   int res, on;    struct sockaddr_in address; struct in_addr in_ip;   res = res_socket = socket(AF_INET, SOCK_STREAM, 0); setsockopt(res_socket, SOL_SOCKET, SO_REUSEADDR, on, sizeof(on));  memset(address, 0, sizeof(address));   address.sin_family = AF_INET ;  address.sin_port =htons(port);  address.sin_addr.s_addr = htonl(INADDR_ANY); //inet_addr(".0.0.1");    res = bind( res_socket, (struct sockaddr *) address, sizeof( address ) );  if(res) { printf( "port is used , not to repeat bindn" ); exit(); };   res = listen(res_socket,5); if(res) { printf( "listen port is error ;n" ); exit( );  };   return res_socket ;}/*@description:向客户端发送网页头文件的信息@parameterconn_socket:套接字描述符。status:/rentiansheng"Reage blog/a";   res_socket = socket_listen( ".0.0.1",源码 ) ;  //当按ctrl+c结束程序时调用，使用app_exit函数处理退出过程    signal(SIGINT,分析 app_exit);   while(1){       conn_socket = accept( res_socket, (struct sockaddr * )client_addr, len );     printf("reagen");     tmp = read (conn_socket, buf, MAX-1);       buf [MAX - 1] = 0;      send_http_head(conn_socket);        gzip_buffer (conn_socket, msg, strlen(msg));        close(conn_socket);     } }void app_exit(){ //回复ctrl+c组合键的默认行为  signal (SIGINT, SIG_DFL);   //关闭服务端链接、释放服务端ip和端口    close(res_socket);  printf("n");  exit(0);}