蜂窝数据即从数据的传输到交换都采用分组技术，用户端配置无线分组调制解调器，通过专门的分组基站进入分组网，可以访问分组网上的主机、数据库，也可以呼叫另一个移动数据终端。这种技术主要为专门的移动数据通信系统所采用，只能为移动数据用户提供到分组交换数据网用户的连接。
1.准备开发环境：macosx/xcode3.2.1/数据库：mysql/soap/mysql++2.建soap服务端：a.用xcode建一个应用（我用得是用终端应用）；
b.从安装soap的路径下找到这些文件：soapcpp2/stdsoap2.cpp/stdsoap2.h把这三个文件copy，建的应用目录下
c.在应用目录建test.h文件代码如下：
//gsoap ns service name: Test Service
//gsoap ns service style:
rpc
//gsoap ns service encoding: encoded
//gsoap ns service namespace: http://192.168.1.100:8888
//gsoap ns service location: http://192.168.1.100:8888
//gsoap ns schema
namespace: urn:test
//gsoap test service method-documentation: logon
int
Test__logon(char* name,char* password,int
*returnResult)
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把main.app文件修改为如下：#include "TestH.h"
#include "Test.nsmap"
int main(int argc, char
**argv){
SOAP_SOCKETm, s
/* master and slave sockets
*/
structsoapsoapsoap_init(&soap)
m = soap_bind(&soap,
NULL, 8888, 100)
if(!soap_valid_socket(m)) {soap_print_fault(&soap,
stderr)
exit(-1)
}
fprintf(stderr, "Socket connection
successful: master socket = %d\n", m)
for ( ){
s =
soap_accept(&soap)fprintf(stderr, "Socket connection successful: slave
socket = %d\n", s)
if(!soap_valid_socket(s)){
soap_print_fault(&soap, stderr)
exit(-1) }
soap_serve(&soap)
soap_end(&soap)
}
return 0
}
int Test__logon(struct soap *soap,char* name,char*
passname,int *result){
fprintf(stderr,"coming:Test__logon\n")
int rtn
*result = rtn
returnSOAP_OK
}
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d.在终端下，进入应用目录后，输入：soapcpp2 -SLwx -pTest Test.h回车，并生成如下6个文件：Test.nsmap／TestC.cpp／TestH.h／TestServer.cpp／TestStub.h／TestObject.h把这6个文件加入项目，编译运行，出现：[Switching to process 4796]Running…Socket connection successful: master socket = 3，说明soap服务器代码可以运行了。
3.处理引入mysql++库到开发环境（我的mysql安装路径：/usr/local/mysql；我的mysql++安装路径：/usr/local/include/mysql++）：
在xcode中：Edit Project Settings:
a: Search Paths ->Header Search Paths
/usr/local/include/mysql++ /usr/local/mysql/include
b: Search Paths ->Library Search Paths
/usr/local/mysql/lib c: Linking ->Other Linker Flags
-bind_at_load -lmysqlpp -lmysqlclient
4.建一个c++类，以便soap服务端方便处理接受客服端送来得数据，与mysql交互处理来处理。 GetDBData.h代码如下：
#ifndef _GetDBData_H_
#define _GetDBData_H_
class GetDBData{public:
GetDBData()
~GetDBData()
virtual int getSelectCountData(char*
name,char* password)
}
#endif // _GetDBData_H_
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GetDBData.app代码：
#include "GetDBData.h"#include
<mysql++.h>#include
<iostream>#include
<
iomanip>
usingnamespacestd
GetDBData::GetDBData(){}
GetDBData::~GetDBData(){}
int
GetDBData::getSelectCountData(char* name,char*
password){
fprintf(stderr,"coming: GetDBData::getSelectCountData\n")
int count = 0
//构造一个Connection类的对象
mysqlpp::Connection
conn(false)
mysqlpp::Connection *con = new mysqlpp::Connection()
con->set_option(new
mysqlpp::SetCharsetNameOption("utf8"))
//创建数据库的连接:第一个是db名称，服务器地址，用户名，密码
con->connect("mysql",
"localhost", "root", "wangjc")
mysqlpp::Query query =
con->query()
query <<"select count(1) as ct from TEST.logon where
name= '"<<name <<"' and password = '"<<password
<<
"'"mysqlpp::StoreQueryResult res = query.store()
// 处理查询结果
if (res) {
count = res[0]["ct"]
}else{
cerr<<"Failed
to get stock table:
"<<query.error() <<endl
delete
conreturn-1
}
//mysql_free_result(res)
//std::cout <<
"Hello, World! 查询结果:%i"
<<
count
fprintf(stderr,"GetDBData::getSelectCountData->name:%s,password:%s,查询结果:%i\n",name,password,count)
delete
conreturn count
}
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把main.app代码修改为：
#include "TestH.h"
#include "Test.nsmap"
#include "GetDBData.h"
int
main(int argc, char **argv){SOAP_SOCKETm, s
/* master and slave sockets
*/
structsoapsoapsoap_init(&soap)
m = soap_bind(&soap,
NULL, 8888, 100)
if(!soap_valid_socket(m))
{
soap_print_fault(&soap, stderr)
exit(-1) }
fprintf(stderr, "Socket connection successful: master socket = %d\n", m)
for ( ){
s = soap_accept(&soap)fprintf(stderr, "Socket
connection successful: slave socket = %d\n", s)
if(!soap_valid_socket(s))
{
soap_print_fault(&soap, stderr)
exit(-1)
}
soap_serve(&soap)
soap_end(&soap)
}
return 0}
int Test__logon(struct
soap *soap,char* name,char* passname,int
*result){
fprintf(stderr,"coming:Test__logon\n")
int rtnGetDBData*data
= newGetDBData()
rtn = data->getSelectCountData(name,
passname)
delete data*result = rtn
returnSOAP_OK
}
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说明：在mysql中建一个TEST库，在TEST库中建logon表(字段有name和password）
以上就完成soap＋mysql得开发，接下来写客户端iphone的代码，主要是把soap客户端代码引入到iphone应用中去处理。
5.用xcode建iphone应用，在建一个文件Test.h(存根文件，代码与服务器端的Test.h代码相同，这里就不在多讲）。
6.把soapcpp2/stdsoap2.cpp/stdsoap2.h把这三个文件copy到建iphone应用目录下。
7.在终端下，进入建iphone应用目录，输入：soapcpp2 -CLwx -pTest Test.h回车，并生成如下6个文件：
Test.nsmap／TestC.cpp／TestH.h／TestClient.cpp／TestStub.h／TestProxy.h把这6个文件加入iphone项目。
8.在xcode一个类(GetWebServicesData)来soap进行数据交互处理
GetWebServicesData.h代码：
#ifndef _getServicesData_H_
#define _getServicesData_H_
class
GetWebServicesData
{
public:
GetWebServicesData()
~GetWebServicesData()
virtual
int getData(char *name,char* password)
}
#endif //
_getServicesData_H_
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9.把GetWebServicesData类引用到oc代码中，实现数据交互处理。
主要代码：
NSString *_name = self.nameTextField.text
NSString *_password =
self.passwordTextField.text
char *name = (char *)[_name
UTF8String]
char *password = (char *)[_password
UTF8String]
GetWebServicesData*services =
newGetWebServicesData()
int rtn = services->getData(name,
password)
if (rtn >0) {
self.label.text = @"登录成功！"
}else if
(rtn == 0) {
self.label.text=
@"无该用户登录信息！"
}
else{
self.label.text= @"网络问题，无法登录！"
}
delete
services
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GetWebServicesData.app代码：
#include
"TestH.h"
#include "Test.nsmap"
#include
"GetWebServicesData.h"
constcharserver[] =
"http://192.168.1.100:8888"
//const char server[] =
"http:127.0.0.1:8888"
GetWebServicesData::GetWebServicesData(){
}
GetWebServicesData::~GetWebServicesData(){
}
int
GetWebServicesData::getData(char *name,char*
password){
printf("GetWebServicesData::getData-name:%s,password:%s\n",name,password)
structsoapsoap
int result
soap_init1(&soap, SOAP_XML_INDENT)
soap_call_Test__logon(&soap,server,"",name,password,&result)
if (soap.error)
{
soap_print_fault(&soap,
stderr)
return -1
}
printf("result = %i\n",
result)
soap_destroy(&soap)
soap_end(&soap)
soap_done(&soap)
//system("pause")
return result
}
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10.先运行服务端程序，再运行iphone端，哈哈，可以看到结果了
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