gSoap心得

末蓝、 2022-08-14 04:44 186阅读 0赞

http://blog.csdn.net/susubuhui/article/details/8296160

gSoap学习！

gSOAP是一个夸平台的，用于开发Web Service服务端和客户端的工具，在Windows、Linux、MAC OS和UNIX下使用C和C++语言编码，集合了SSL功能。

下载地址：[http://sourceforge.net/projects/gsoap2][http_sourceforge.net_projects_gsoap2]

官方网站：[http://genivia.com/Products/gsoap/index.html][http_genivia.com_Products_gsoap_index.html]

对于Windows平台下开发客户端，首先下载最新的gsoap\_win32\_2.7.6c.zip包，具体在以下地址：[http://optusnet.dl.sourceforge.net/sourceforge/gsoap2/gsoap\_win32\_2.7.6c.zip][http_optusnet.dl.sourceforge.net_sourceforge_gsoap2_gsoap_win32_2.7.6c.zip]

首先查看gsoap的User's Guide，基本就能对gsoap有个全面的了解，通过阅读Sample里的例子程序深入。然后搜索网上其它一些文章，比如：  
gSOAP简单多线程服务器程序[http://blog.chinaunix.net/u1/55091/showart\_430965.html][http_blog.chinaunix.net_u1_55091_showart_430965.html]  
纯c gSoap实现WebService           [http://hi.baidu.com/2sky2sea/blog/item/40ec5555680279c1b745ae9b.html][http_hi.baidu.com_2sky2sea_blog_item_40ec5555680279c1b745ae9b.html]

接下来我结合自己的实践与理解，讲讲VC用gsoap下编写webService和客户端程序，有不对的地方还请大家指正，谢谢。  
我以网上出现的实现一个简单的加法函数为例，讲讲我在操作过程中遇到的问题。

一 服务器端  
1.首先编写 add.h文件：

1 ![None.gif][] // gsoap ns service name: add  
 2 ![None.gif][] // gsoap ns service namespace:  http://localhost/add.wsdl   
 3 ![None.gif][] // gsoap ns service location:  http://localhost   
 4 ![None.gif][] // gsoap ns service executable: add.cgi  
 5 ![None.gif][] // gsoap ns service encoding: encoded  
 6 ![None.gif][] // gsoap ns schema namespace: urn:add   
 7 ![None.gif][]  
8 ![None.gif][] int ns\_\_add(  int num1,  int num2,  int\* sum );  
9 ![None.gif][]

2.用gsoap/bin目录下的soapcpp2.exe程序，生成一些文件。可以把soapcpp2.exe拷贝到一add.h目录下，用cmd执行soapcpp2.exeadd.h就可以，在这个目录下会自动生成许多将来有用的文件，如add.namap,soapH.h,soapC.cpp,soapClient.cpp,soapServer.cpp等文件。soapcpp2.exe可以带参数执行，具体执行soapcpp2.exe -h查看。

3.新建一个win32控制台工程，加入wsock32.lib库，将刚才生成的那些文件添加到工程中。然后编写webserver.cpp主程序：

![None.gif][]\#include "add.h"  
![None.gif][]\#include "add.nsmap"  
![None.gif][]  
![None.gif][] int main( int argc,  char\* argv\[\])  
![ExpandedBlockStart.gif][] \{  
![InBlock.gif][]      
![ExpandedSubBlockStart.gif][]    int m, s; /\* master and slave sockets \*/  
![InBlock.gif][]    struct soap add\_soap;  
![InBlock.gif][]    soap\_init(&add\_soap);  
![InBlock.gif][]    //soap\_set\_namespaces(&add\_soap, add\_namespaces);  
![InBlock.gif][]      
![InBlock.gif][]    if (argc < 2)  
![ExpandedSubBlockStart.gif][]    \{  
![InBlock.gif][]        printf("usage: %s <server\_port> \\n", argv\[0\]);  
![InBlock.gif][]        exit(1);  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]    else  
![ExpandedSubBlockStart.gif][]    \{   
![InBlock.gif][]        m = soap\_bind(&add\_soap, NULL, atoi(argv\[1\]), 100);  
![InBlock.gif][]        if (m < 0)  
![ExpandedSubBlockStart.gif][]        \{  
![InBlock.gif][]            soap\_print\_fault(&add\_soap, stderr);  
![InBlock.gif][]            exit(-1);  
![ExpandedSubBlockEnd.gif][]        \}  
![InBlock.gif][]          
![InBlock.gif][]        fprintf(stderr, "Socket connection successful: master socket = %d\\n", m);  
![InBlock.gif][]        for ( ; ; )  
![ExpandedSubBlockStart.gif][]        \{   
![InBlock.gif][]            s = soap\_accept(&add\_soap);   
![InBlock.gif][]            if (s < 0)  
![ExpandedSubBlockStart.gif][]            \{   
![InBlock.gif][]                soap\_print\_fault(&add\_soap, stderr);  
![InBlock.gif][]                exit(-1);  
![ExpandedSubBlockEnd.gif][]            \}  
![InBlock.gif][]            fprintf(stderr, "Socket connection successful: slave socket = %d\\n", s);  
![InBlock.gif][]              
![InBlock.gif][]            soap\_serve(&add\_soap);//该句说明该server的服务  
![InBlock.gif][]            soap\_end(&add\_soap);  
![ExpandedSubBlockEnd.gif][]        \}  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]    return 0;  
![ExpandedBlockEnd.gif][]\}  
![None.gif][] // server端的实现函数与add.h中声明的函数相同，但是多了一个当前的soap连接的参数   
![None.gif][] int ns\_\_add( struct soap \*add\_soap,  int num1,  int num2,  int \*sum)  
![ExpandedBlockStart.gif][] \{  
![InBlock.gif][]    \*sum = num1 + num2;  
![InBlock.gif][]    return 0;  
![ExpandedBlockEnd.gif][]\}  
![None.gif][]

4.编译这个程序，会提示错误，将gsoap\_win32目录下stdsoap2.cpp，stdsoap2.h文件加入工程，重新编译如果还有错误，可能是你将add.h生成的文件添加入工程出错的原因。实际上在编写server程序时，无须带Client的那些文件，还有带Lib的文件也无须添加到工程中。再重新编译应该就没有问题了，启动4567端口，在ie中输入localhost:4567,如果显示xml页面，说明程序已经启动。

二 对应的客户端  
1。客户端程序代码如下:

![None.gif][]\#include <stdio.h>  
![None.gif][]\#include <stdlib.h>  
![None.gif][]\#include "soapH.h"  
![None.gif][]\#include "add.nsmap"  
![None.gif][]  
![None.gif][]  
![None.gif][] int add( const  char\* server,  int num1,  int num2,  int \*sum);  
![None.gif][]  
![None.gif][] int main( int argc,  char \*\*argv)   
![ExpandedBlockStart.gif][] \{  
![InBlock.gif][]    int result = -1;  
![InBlock.gif][]    char\* server="http://localhost:4567";  
![InBlock.gif][]    int num1 = 0;  
![InBlock.gif][]    int num2 = 0;  
![InBlock.gif][]    int sum = 0;  
![InBlock.gif][]    if( argc < 3 )  
![ExpandedSubBlockStart.gif][]    \{  
![InBlock.gif][]        printf("usage: %s num1 num2 \\n", argv\[0\]);  
![InBlock.gif][]        exit(0);  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]      
![InBlock.gif][]    num1 = atoi(argv\[1\]);  
![InBlock.gif][]    num2 = atoi(argv\[2\]);  
![InBlock.gif][]      
![InBlock.gif][]    result = add(server, num1, num2, &sum);  
![InBlock.gif][]    if (result != 0)  
![ExpandedSubBlockStart.gif][]    \{  
![InBlock.gif][]        printf("soap err,errcode = %d\\n", result);  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]    else  
![ExpandedSubBlockStart.gif][]    \{  
![InBlock.gif][]        printf("%d+%d=%d\\n", num1, num2, sum );  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]    return 0;  
![ExpandedBlockEnd.gif][]\}  
![None.gif][]  
![None.gif][] int add(  const  char\* server,  int num1,  int num2,  int \*sum )  
![ExpandedBlockStart.gif][] \{  
![InBlock.gif][]    struct soap add\_soap;  
![InBlock.gif][]    int result = 0;  
![InBlock.gif][]    soap\_init(&add\_soap);  
![InBlock.gif][]//    soap\_set\_namespaces(&add\_soap, add\_namespaces);  
![InBlock.gif][]      
![InBlock.gif][]    //该函数是客户端调用的主要函数，后面几个参数和add.h中声明的一样，前面多了3个参数，函数名是接口函数名ns\_\_add前面加上soap\_call\_  
![InBlock.gif][]    soap\_call\_ns\_\_add( &add\_soap, server, "", num1, num2, sum );  
![InBlock.gif][]    if(add\_soap.error)  
![ExpandedSubBlockStart.gif][]    \{  
![InBlock.gif][]        printf("soap error:%d,%s,%s\\n", add\_soap.error, \*soap\_faultcode(&add\_soap), \*soap\_faultstring(&add\_soap) );  
![InBlock.gif][]        result = add\_soap.error;  
![ExpandedSubBlockEnd.gif][]    \}   
![InBlock.gif][]    soap\_end(&add\_soap);  
![InBlock.gif][]    soap\_done(&add\_soap);  
![InBlock.gif][]    return result;  
![ExpandedBlockEnd.gif][]\}

2.客户端程序既可以新建一个新的win32控制台程序，将刚才生成的nsmap,soapH.h,soapClient.h等文件加入工程，编译既可。我是直接在原先工程中加入一客户端代码，将webserver.cpp文件移除，并且将soapServer.cpp等server端需要的文件移除，将soapClient.cpp等client端需要的cpp添加到工程，编译既可。  
3.启动server程序，F5客户端程序，经测试正常。

三 遇到的问题  
1.server端可以编译成CGI方式执行，而并不是绑定到某个端口，这种方式我没有实践。

![None.gif][] if (argc < 2)  //  no args: assume this is a CGI application    
![ExpandedBlockStart.gif][]    \{   
![InBlock.gif][]      soap\_serve(&soap); // serve request, one thread, CGI style   
![InBlock.gif][]      soap\_destroy(&soap); // dealloc C++ data   
![InBlock.gif][]      soap\_end(&soap); // dealloc data and clean up   
![ExpandedBlockEnd.gif][]\}

2.在编译服务器及客户端程序时一开始对add.h生成的文件添加到工程，经常出现问题，需要自己不调试。特别是链接时段，server/client要与其生成的文件相对应，server调用生成的soapserver.cpp，client调用生成的soapclient.cpp文件。  
3.多线程方式，在windows下建议用pthread\_win32库，这里给出多线程下的例子。  
![None.gif][]一 gSOAP需要的头文件：  
![None.gif][]  
![None.gif][]//gsoap ns service name: calc  
![None.gif][]//gsoap ns service style: rpc  
![None.gif][]//gsoap ns service encoding: encoded  
![None.gif][]//gsoap ns service namespace: http://127.0.0.1:8089/calc.wsdl  
![None.gif][]//gsoap ns service location: http://127.0.0.1:8089/cal  
![None.gif][]//gsoap ns schema  namespace:    urn:calc  
![None.gif][]int ns\_\_add(double a, double b, double \*result);  
![None.gif][]int ns\_\_sub(double a, double b, double \*result);  
![None.gif][]int ns\_\_mul(double a, double b, double \*result);  
![None.gif][]int ns\_\_div(double a, double b, double \*result);  
![None.gif][]int ns\_\_pow(double a, double b, double \*result);  
![None.gif][]  
![None.gif][]二 多线程服务器关键代码  
![None.gif][]  
![None.gif][]\#include   
![None.gif][]\#include  "calc.nsmap"  
![None.gif][]\#include  "soapH.h"  
![None.gif][]  
![ExpandedBlockStart.gif][]/  
![ExpandedBlockEnd.gif][]///宏与全局变量的定义   
![None.gif][]\#define  BACKLOG (100)    
![None.gif][]\#define  MAX\_THR (10)     
![None.gif][]\#define  MAX\_QUEUE (1000)  
![None.gif][]  
![None.gif][]  
![None.gif][]pthread\_mutex\_t queue\_cs;                        //队列锁  
![None.gif][]pthread\_cond\_t  queue\_cv;                          //条件变量  
![None.gif][]SOAP\_SOCKET     queue\[MAX\_QUEUE\];   //数组队列  
![None.gif][]int                           head =0, tail =0;          //队列头队列尾初始化           
![ExpandedBlockStart.gif][]//  
![InBlock.gif][]  
![InBlock.gif][]  
![ExpandedBlockEnd.gif][]//   
![None.gif][]void \*      process\_queue(void \*);        //线程入口函数  
![None.gif][]int         enqueue(SOAP\_SOCKET);  //入队列函数  
![None.gif][]SOAP\_SOCKET dequeue(void);         //出队列函数  
![None.gif][]  
![ExpandedBlockStart.gif][]//   
![None.gif][]//线程入口函数  
![None.gif][]void \* process\_queue(void \* soap)  
![ExpandedBlockStart.gif][]\{  
![InBlock.gif][]  struct soap \* tsoap = (struct soap \*)soap;  
![InBlock.gif][]  for(;;)  
![ExpandedSubBlockStart.gif][]  \{  
![InBlock.gif][]        tsoap->socket = dequeue();  
![InBlock.gif][]        if (!soap\_valid\_socket(tsoap->socket))  
![ExpandedSubBlockStart.gif][]       \{  
![InBlock.gif][]         break;  
![ExpandedSubBlockEnd.gif][]        \}  
![InBlock.gif][]        soap\_serve(tsoap);  
![InBlock.gif][]        soap\_destroy(tsoap);  
![InBlock.gif][]        soap\_end(tsoap);  
![ExpandedSubBlockEnd.gif][]  \}  
![InBlock.gif][]  return NULL;  
![ExpandedBlockEnd.gif][]\}  
![None.gif][]  
![None.gif][]//入队列操作  
![None.gif][]int enqueue(SOAP\_SOCKET sock)  
![ExpandedBlockStart.gif][]\{  
![InBlock.gif][]  int status = SOAP\_OK;  
![InBlock.gif][]  int next;  
![InBlock.gif][]  pthread\_mutex\_lock(&queue\_cs);  
![InBlock.gif][]  next = tail +1;  
![InBlock.gif][]  if (next >= MAX\_QUEUE)   
![InBlock.gif][]    next = 0;  
![InBlock.gif][]  if (next == head)   
![InBlock.gif][]      status = SOAP\_EOM;  
![InBlock.gif][]  else  
![ExpandedSubBlockStart.gif][]  \{  
![InBlock.gif][]    queue\[tail\] =sock;  
![InBlock.gif][]    tail = next;  
![ExpandedSubBlockEnd.gif][]  \}  
![InBlock.gif][]  pthread\_cond\_signal(&queue\_cv);  
![InBlock.gif][]  pthread\_mutex\_unlock(&queue\_cs);  
![InBlock.gif][]  return status;  
![ExpandedBlockEnd.gif][]\}  
![None.gif][]  
![None.gif][]//出队列操作  
![None.gif][]SOAP\_SOCKET dequeue()  
![ExpandedBlockStart.gif][]\{  
![InBlock.gif][]  SOAP\_SOCKET sock;  
![InBlock.gif][]  pthread\_mutex\_lock(&queue\_cs);  
![InBlock.gif][]   while (head == tail )  
![ExpandedSubBlockStart.gif][]   \{  
![InBlock.gif][]          pthread\_cond\_wait(&queue\_cv,&queue\_cs);  
![ExpandedSubBlockEnd.gif][]   \}  
![InBlock.gif][]  sock = queue\[head++\];  
![InBlock.gif][]  if (head >= MAX\_QUEUE)  
![ExpandedSubBlockStart.gif][]        \{  
![InBlock.gif][]    head =0;  
![ExpandedSubBlockEnd.gif][]  \}  
![InBlock.gif][]  pthread\_mutex\_unlock(&queue\_cs);  
![InBlock.gif][]  return sock;  
![ExpandedBlockEnd.gif][]\}  
![None.gif][]  
![None.gif][]  
![ExpandedBlockStart.gif][]//具体服务方法////   
![None.gif][]//加法的实现  
![None.gif][]int ns\_\_add(struct soap \*soap, double a, double b, double \*result)  
![ExpandedBlockStart.gif][]\{  
![InBlock.gif][]      \*result = a + b;  
![InBlock.gif][]      return SOAP\_OK;  
![ExpandedBlockEnd.gif][]\}   
![None.gif][]//减法的实现  
![None.gif][]int ns\_\_sub(struct soap \*soap, double a, double b, double \*result)  
![ExpandedBlockStart.gif][]\{   
![InBlock.gif][]     \*result = a - b;  
![InBlock.gif][]     return SOAP\_OK;  
![ExpandedBlockEnd.gif][]\}   
![None.gif][]//乘法的实现  
![None.gif][]int ns\_\_mul(struct soap \*soap, double a, double b, double \*result)  
![ExpandedBlockStart.gif][]\{   
![InBlock.gif][]     \*result = a \* b;  
![InBlock.gif][]     return SOAP\_OK;  
![ExpandedBlockEnd.gif][]\}   
![None.gif][]//除法的实现  
![None.gif][]int ns\_\_div(struct soap \*soap, double a, double b, double \*result)  
![ExpandedBlockStart.gif][]\{   
![InBlock.gif][]   if (b)  
![InBlock.gif][]       \*result = a / b;  
![InBlock.gif][]   else  
![ExpandedSubBlockStart.gif][]  \{  
![InBlock.gif][]         char \*s = (char\*)soap\_malloc(soap, 1024);  
![InBlock.gif][]         sprintf(s, "Can't">http://tempuri.org/">Can't divide %f by %f", a, b);  
![InBlock.gif][]         return soap\_sender\_fault(soap, "Division by zero", s);  
![ExpandedSubBlockEnd.gif][]  \}  
![InBlock.gif][]  return SOAP\_OK;  
![ExpandedBlockEnd.gif][]\}   
![None.gif][]//乘方的实现  
![None.gif][]int ns\_\_pow(struct soap \*soap, double a, double b, double \*result)  
![ExpandedBlockStart.gif][]\{   
![InBlock.gif][]  \*result = pow(a, b);  
![ExpandedSubBlockStart.gif][]  if (soap\_errno == EDOM) /\* soap\_errno 和errorno类似, 但是和widnows兼容 \*/  
![ExpandedSubBlockStart.gif][]  \{   
![InBlock.gif][]    char \*s = (char\*)soap\_malloc(soap, 1024);  
![InBlock.gif][]    sprintf(s, "Can't take the power of %f to  %f", a, b);  
![InBlock.gif][]    sprintf(s, "Can't">http://tempuri.org/">Can't take power of %f to %f", a, b);  
![InBlock.gif][]    return soap\_sender\_fault(soap, "Power function domain error", s);  
![ExpandedSubBlockEnd.gif][]  \}  
![InBlock.gif][]  return SOAP\_OK;  
![ExpandedBlockEnd.gif][]\}   
![None.gif][]  
![ExpandedBlockStart.gif][]//  
![None.gif][]//主函数  
![None.gif][]int main(int argc,char \*\* argv)  
![ExpandedBlockStart.gif][]\{  
![InBlock.gif][]  struct soap ServerSoap;  
![InBlock.gif][]     //初始话运行时环境  
![InBlock.gif][]    soap\_init(&ServerSoap);  
![InBlock.gif][]    //如果没有参数，当作CGI程序处理  
![InBlock.gif][]    if (argc <2)   
![ExpandedSubBlockStart.gif][]    \{         
![InBlock.gif][]           //CGI 风格服务请求，单线程  
![InBlock.gif][]          soap\_serve(&ServerSoap);  
![InBlock.gif][]          //清除序列化的类的实例  
![InBlock.gif][]         soap\_destroy(&ServerSoap);  
![InBlock.gif][]         //清除序列化的数据  
![InBlock.gif][]        soap\_end(&ServerSoap);       
![ExpandedSubBlockEnd.gif][]   \}else  
![ExpandedSubBlockStart.gif][]   \{  
![InBlock.gif][]     struct soap \* soap\_thr\[MAX\_THR\];  
![InBlock.gif][]     pthread\_t tid\[MAX\_THR\];  
![InBlock.gif][]     int i,port = atoi(argv\[1\]);  
![InBlock.gif][]     SOAP\_SOCKET m,s;  
![InBlock.gif][]      //锁和条件变量初始化  
![InBlock.gif][]     pthread\_mutex\_init(&queue\_cs,NULL);  
![InBlock.gif][]     pthread\_cond\_init(&queue\_cv,NULL);  
![InBlock.gif][]     //绑定服务端口  
![InBlock.gif][]    m = soap\_bind(&ServerSoap,NULL,port,BACKLOG);  
![InBlock.gif][]    //循环直至服务套接字合法  
![InBlock.gif][]    while (!soap\_valid\_socket(m))  
![ExpandedSubBlockStart.gif][]   \{  
![InBlock.gif][]                fprintf(stderr,"Bind port error! ");  
![InBlock.gif][]                m = soap\_bind(&ServerSoap,NULL,port,BACKLOG);  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]    fprintf(stderr,"socket connection successful %d ",m);  
![InBlock.gif][]                  
![InBlock.gif][]     //生成服务线程  
![InBlock.gif][]    for(i = 0; i <MAX\_THR; i++)  
![InBlock.gif][]  
![ExpandedSubBlockStart.gif][]   \{  
![InBlock.gif][]      soap\_thr\[i\] = soap\_copy(&ServerSoap);  
![InBlock.gif][]      fprintf(stderr,"Starting thread %d ",i);  
![InBlock.gif][]      pthread\_create(&tid\[i\],NULL,(void\*(\*)(void\*))process\_queue,(void\*)soap\_thr\[i\]);  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]                  
![InBlock.gif][]    for(;;)  
![ExpandedSubBlockStart.gif][]    \{  
![InBlock.gif][]      //接受客户端的连接  
![InBlock.gif][]      s = soap\_accept(&ServerSoap);  
![InBlock.gif][]      if (!soap\_valid\_socket(s))   
![ExpandedSubBlockStart.gif][]      \{  
![InBlock.gif][]        if (ServerSoap.errnum)   
![ExpandedSubBlockStart.gif][]                                \{  
![InBlock.gif][]          soap\_print\_fault(&ServerSoap,stderr);  
![InBlock.gif][]          continue;  
![ExpandedSubBlockEnd.gif][]        \}else  
![ExpandedSubBlockStart.gif][]        \{  
![InBlock.gif][]          fprintf(stderr,"Server timed out ");  
![InBlock.gif][]          break;  
![ExpandedSubBlockEnd.gif][]        \}  
![ExpandedSubBlockEnd.gif][]      \}  
![InBlock.gif][]       //客户端的IP地址  
![InBlock.gif][]      fprintf(stderr,"Accepted connection from IP= %d.%d.%d.%d socket = %d ",  
![InBlock.gif][]                               ((ServerSoap.ip)>>24)&&0xFF,((ServerSoap.ip)>>16)&0xFF,((ServerSoap.ip)>>8)&0xFF,(ServerSoap.ip)&0xFF,(ServerSoap.socket));  
![InBlock.gif][]      //请求的套接字进入队列，如果队列已满则循环等待  
![InBlock.gif][]       while(enqueue(s) == SOAP\_EOM)  
![InBlock.gif][]                Sleep(1000);  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]    //服务结束后的清理工作  
![InBlock.gif][]    for(i = 0; i < MAX\_THR; i++)  
![ExpandedSubBlockStart.gif][]    \{  
![InBlock.gif][]      while (enqueue(SOAP\_INVALID\_SOCKET) == SOAP\_EOM)   
![ExpandedSubBlockStart.gif][]       \{  
![InBlock.gif][]           Sleep(1000);  
![ExpandedSubBlockEnd.gif][]      \}  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]    for(i=0; i< MAX\_THR; i++)  
![ExpandedSubBlockStart.gif][]    \{  
![InBlock.gif][]      fprintf(stderr,"Waiting for thread %d to terminate ..",i);  
![InBlock.gif][]      pthread\_join(tid\[i\],NULL);  
![InBlock.gif][]      fprintf(stderr,"terminated ");  
![InBlock.gif][]      soap\_done(soap\_thr\[i\]);  
![InBlock.gif][]      free(soap\_thr\[i\]);  
![ExpandedSubBlockEnd.gif][]    \}  
![InBlock.gif][]    pthread\_mutex\_destroy(&queue\_cs);  
![InBlock.gif][]    pthread\_cond\_destroy(&queue\_cv);  
![ExpandedSubBlockEnd.gif][]  \}  
![InBlock.gif][]    //分离运行时的环境  
![InBlock.gif][]  soap\_done(&ServerSoap);  
![InBlock.gif][]  return 0;  
![ExpandedBlockEnd.gif][]\}

[http_sourceforge.net_projects_gsoap2]: http://sourceforge.net/projects/gsoap2
[http_genivia.com_Products_gsoap_index.html]: http://genivia.com/Products/gsoap/index.html
[http_optusnet.dl.sourceforge.net_sourceforge_gsoap2_gsoap_win32_2.7.6c.zip]: http://optusnet.dl.sourceforge.net/sourceforge/gsoap2/gsoap_win32_2.7.6c.zip
[http_blog.chinaunix.net_u1_55091_showart_430965.html]: http://blog.chinaunix.net/u1/55091/showart_430965.html
[http_hi.baidu.com_2sky2sea_blog_item_40ec5555680279c1b745ae9b.html]: http://hi.baidu.com/2sky2sea/blog/item/40ec5555680279c1b745ae9b.html
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[ExpandedSubBlockStart.gif]: /images/20220810/ec3e72e15c0b46329678e5cc5230d762.png
[ExpandedSubBlockEnd.gif]: /images/20220810/1e88628f18b648f9b09019954e3410ba.png
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