#ifndef COMMON_H

#define COMMON_H

#include <Windows.h>

typedef struct _operateInfo

{

	HANDLE hSemaphore;

	LPCTSTR pBuf;

}OPERATEINFO;

#define URLLENGTH 2083

#define DATALENGTH 1024*1024

#endif


#ifndef	QUERYINFO_H

#define QUERYINFO_H

#include <string>

#include "define.h"

#include "com.h"

#include "QueryInfo.h"

#include "SysTime.h"

class CHCQueryInfo

{

public:

	CHCQueryInfo();

	~CHCQueryInfo();

public:

	//初始化，调用其它接口前必须先调用此接口

	int Init(); 

	//从搜狗获得天气信息

    bool GetWeatherInfo(IN HCString strCityCode, OUT WEATHERINFOVEC &weatherInfo, OUT HCString &strUpdateTime);

	//从360获得天气信息

	bool GetWeatherInfo360(IN HCString strCityCode, OUT WEATHERINFOVEC &weatherInfo, OUT HCString &strUpdateTime);

	//从新浪获得天气信息

	bool GetWeatherInfoSina(IN HCString strCityName, OUT WEATHERINFOVEC &weatherInfoVec, OUT HCString &strUpdateTime);

private:

	OPERATEINFO CreatMapping(TCHAR szMappingName[], TCHAR szSemName[], int size);

	void StartServer();

	bool ParserWeatherInfo(TCHAR* szWeatherInfo, WEATHERINFOVEC &weatherInfo, HCString &strUpdateTime);

	bool ParserWeatherInfo360(TCHAR* szWeatherInfo, WEATHERINFOVEC &weatherInfo, HCString &strUpdateTime);

	bool ParserWeatherInfoSina(char* szWeatherInfo, WEATHERINFO &weatherInfo, HCString &strUpdateTime);

	void secondToDate(UINT nSeconds, HCString &strDate);

	void GetDayOfWeek(HCString strDate, HCString &strDayOfWeek);

	void GetDayOfWeekEx(UINT uDayOfWeek, HCString &strDayOfWeek);

	void UnicodeToChinese(std::string strUnicode, HCString &strChinese);

private:

	OPERATEINFO writeInfo;

	OPERATEINFO readInfo;

	CHCSysTime m_sysTime;

};

#endif

#include <string>

#include "define.h"

#include "com.h"

#include "QueryInfo.h"

#include <tchar.h>

#include "json/json.h"

#include "WideMultiChange.h"

#include <time.h>

#include "web.h"

#include <stdlib.h>

#include "string.hpp"

#include "tinyxml/tinyxml.h"

using namespace openutils;

CHCQueryInfo::CHCQueryInfo()

{

}

CHCQueryInfo::~CHCQueryInfo()

{

}

int CHCQueryInfo::Init()

{

// 	if (m_sysTime.SetSysTime() == FALSE)

// 	{

// 		return -1;

// 	}

	return 0;

// 	TCHAR szMapWriteName[]=TEXT("Global\\FileMappingWriteObject");    //指向同一块共享内存的名字

// 	TCHAR szSemClentName[]=TEXT("Global\\SemaphoreClentObject");    //客户端生成信号量的名称

//

// 	writeInfo = CreatMapping(szMapWriteName, szSemClentName, URLLENGTH);

// 	if(writeInfo.hSemaphore == NULL || writeInfo.pBuf == NULL)

// 		return -1;

// 	//WriteLog("writeInfo.hSemaphore = %d, writeInfo.pBuf = %d\n", writeInfo.hSemaphore, writeInfo.pBuf);

//

// 	TCHAR szMapReadName[]=TEXT("Global\\FileMappingReadObject");    //指向同一块共享内存的名字

// 	TCHAR szSemServerName[]=TEXT("Global\\SemaphoreServerObject");    //服务器生成信号量的名称

//

// 	readInfo = CreatMapping(szMapReadName, szSemServerName, DATALENGTH);

// 	if(readInfo.hSemaphore == NULL|| readInfo.pBuf == NULL )

// 		return -1;

// 	//WriteLog("readInfo.hSemaphore = %d, readInfo.pBuf = %d\n", readInfo.hSemaphore, readInfo.pBuf);

//

// 	//StartServer();

}

bool CHCQueryInfo::GetWeatherInfo(HCString strCityCode, WEATHERINFOVEC &weatherInfo, HCString &strUpdateTime)

{

	//CHCSysTime sysTime;

	//DWORD dwTime;

	//sysTime.GetSysTime(dwTime);

	strCityCode = _T("CN") + strCityCode;

 	CWideToMulti MultiCityCode(strCityCode.c_str());

	char *szRead = new char[DATALENGTH];

	try{

		WebForm wf;

		wf.setHost("http://123.sogou.com");

		wf.setScriptFile("/get123.php");

		wf.putVariable("block","wt");

		wf.putVariable("ver","v32");

		wf.putVariable("city",MultiCityCode.c_str());

		wf.sendRequest();

		wf.getResponse(szRead,DATALENGTH - 1);

// 		WebForm wf;

//  		wf.setHost("http://cdn.weather.hao.360.cn");

//  		wf.setScriptFile("/api_weather_info.php");

//  		wf.putVariable("app","hao360");

//  		wf.putVariable("_jsonp","");

//  		wf.putVariable("code",MultiCityCode.c_str());

// 		wf.sendRequest();

// 		wf.getResponse(szRead,DATALENGTH - 1);

	}catch(WebFormException ex) {

		 if ( szRead != NULL )

		 {

		 	delete []szRead;

			szRead = NULL;

		 }

		return false;

	}

	CMultiToWide wideRead(szRead);

	bool bReturn = ParserWeatherInfo(const_cast<TCHAR*>( wideRead.wc_str() ), weatherInfo, strUpdateTime);

 	//bool bReturn = ParserWeatherInfo(const_cast<TCHAR*>( wideRead.wc_str() ), weatherInfo, strUpdateTime);

	if ( szRead != NULL )

	{

		delete []szRead;

		szRead = NULL;

	}

	return bReturn;

//	TCHAR tagUrl[URLLENGTH];

 //  _stprintf(tagUrl, _T("http://cdn.weather.hao.360.cn/api_weather_info.php?app=hao360&_jsonp=&code=%s"), strCityCode.c_str());

// 	memset((void*)writeInfo.pBuf, 0, URLLENGTH ); //共享内存清零

// 	memcpy( (void*)writeInfo.pBuf, tagUrl, URLLENGTH );

//

// 	ReleaseSemaphore(writeInfo.hSemaphore, 1, NULL);

//

// 	TCHAR *szRead = new TCHAR[DATALENGTH];

// 	WaitForSingleObject(readInfo.hSemaphore, INFINITE);

// 	memcpy(szRead,(PVOID)readInfo.pBuf, DATALENGTH);

//

// 	bool bReturn = ParserWeatherInfo(szRead, weatherInfo, strUpdateTime);

//

// 	if ( szRead != NULL )

// 	{

// 		delete []szRead;

// 		szRead = NULL;

// 	}

//

// 	return bReturn;

}

bool CHCQueryInfo::GetWeatherInfo360(IN HCString strCityCode, OUT WEATHERINFOVEC &weatherInfo, OUT HCString &strUpdateTime)

{

	CWideToMulti MultiCityCode(strCityCode.c_str());

	char *szRead = new char[DATALENGTH];

	try{

		WebForm wf;

		wf.setHost("http://cdn.weather.hao.360.cn");

		wf.setScriptFile("/api_weather_info.php");

		wf.putVariable("app","hao360");

		wf.putVariable("_jsonp","");

		wf.putVariable("code",MultiCityCode.c_str());

		wf.sendRequest();

		wf.getResponse(szRead,DATALENGTH - 1);

	}catch(WebFormException ex) {

		if ( szRead != NULL )

		{

			delete []szRead;

			szRead = NULL;

		}

		return false;

	}

	CMultiToWide wideRead(szRead);

	bool bReturn = ParserWeatherInfo360(const_cast<TCHAR*>( wideRead.wc_str() ), weatherInfo, strUpdateTime);

	if ( szRead != NULL )

	{

		delete []szRead;

		szRead = NULL;

	}

	return bReturn;

}

bool CHCQueryInfo::GetWeatherInfoSina(IN HCString strCityName, OUT WEATHERINFOVEC &weatherInfoVec, OUT HCString &strUpdateTime)

{

	CWideToMulti W2MCityCode(strCityName.c_str());

	char *szRead = new char[DATALENGTH];

	for (int i = 0; i < 5; i++)

	{

		memset(szRead, 0, DATALENGTH);

		char cDay[2] = {0};

		sprintf(cDay, "%d", i);

		try{

			WebForm wf;

			wf.setHost("http://php.weather.sina.com.cn");

			wf.setScriptFile("/xml.php");

			wf.putVariable("city",W2MCityCode.c_str());

			wf.putVariable("password","DJOYnieT8234jlsK");

			wf.putVariable("day",cDay);

			wf.sendRequest();

			wf.getResponse(szRead,DATALENGTH - 1);

		}catch(WebFormException ex) {

			if ( szRead != NULL )

			{

				delete []szRead;

				szRead = NULL;

			}

			return false;

		}

		WEATHERINFO weatherInfo;

		bool bReturn = ParserWeatherInfoSina(szRead, weatherInfo, strUpdateTime);

		if (bReturn == true)

		{

			weatherInfoVec.push_back(weatherInfo);

		}

	}

	if ( szRead != NULL )

	{

		delete []szRead;

		szRead = NULL;

	}

	return true;

}

bool CHCQueryInfo::ParserWeatherInfo(TCHAR* szWeatherInfo, WEATHERINFOVEC &weatherInfo, HCString &strUpdateTime)

{

	//DWORD dwTime;

	m_sysTime.GetCurrentTime(strUpdateTime);

	//secondToDate(dwTime, strUpdateTime);

	HCString str(szWeatherInfo);

	HCString strWeatherInfo;

	std::size_t firstIndex = str.find_first_of('(');

	std::size_t endIndex = str.find_first_of(')');

	if (firstIndex != std::wstring::npos && endIndex != std::wstring::npos)

	{

		strWeatherInfo = str.substr(firstIndex + 1, endIndex - firstIndex - 1);

	}

	Json::Reader reader;

	Json::Value root;

	CWideToUtf8  infoUtf8(strWeatherInfo.c_str());

	CWideToMulti Info(strWeatherInfo.c_str());

	if (reader.parse(Info.c_str(), root))

	{

		Json::Value wt7 = root["wt7"];

		if (!wt7.isNull())

		{

			int wt7Size = wt7.size();

			std::string strWeather;

			std::string strTemperature;

			std::string strWD;

			std::string strWS;

			int subindex = 0;

			for (int i = 0; i < wt7Size; i++)

			{

				WEATHERINFO tmpWeatherInfo;

				subindex = 0;

				std::string strDate = wt7[i][subindex++].asString();

				CMultiToWide WideDate(strDate.c_str());

				tmpWeatherInfo.data = WideDate.wc_str();

				UINT uDayOfWeek = wt7[i][subindex++].asUInt();

				HCString strDayOfWeek;

				GetDayOfWeekEx(uDayOfWeek, strDayOfWeek);

				tmpWeatherInfo.dayOfWeek = strDayOfWeek;

				strWeather = wt7[i][subindex++].asString();

				//将间改为转

				{

					unsigned pos = strWeather.find("38388");

					if (pos != std::string::npos)

					{

						strWeather.replace( pos , 5, "36716");

					}

				}

				UnicodeToChinese(strWeather, tmpWeatherInfo.weather);

				subindex++;

				int uTemp1 = wt7[i][subindex++].asInt();

				char szTemp1[4];

				_itoa_s(uTemp1, szTemp1, 4, 10);

				CMultiToWide WideTemp1(szTemp1);

				tmpWeatherInfo.temp1 = WideTemp1.wc_str();

				int uTemp2 = wt7[i][subindex++].asInt();

				char szTemp2[4];

				_itoa_s(uTemp2, szTemp2, 4, 10);

				CMultiToWide WideTemp2(szTemp2);

				tmpWeatherInfo.temp2 = WideTemp2.wc_str();

				std::string strWDWS =  wt7[i][subindex++].asString();

				std::vector<std::string> ret = tokenize(strWDWS, " ");

				int size = ret.size();

				if (1 == size )

				{

					UnicodeToChinese(ret[0].c_str(), tmpWeatherInfo.WD);

				}

				else if (2 == size )

				{

					UnicodeToChinese(ret[0].c_str(), tmpWeatherInfo.WD);

					if (ret[1].compare("微风") == 0)

					{

						tmpWeatherInfo.WS = _T("微风");

					}

					else

					{

						std::vector<std::string> WSVec = tokenize(ret[1].c_str(), "&");

						CMultiToWide WideWS(WSVec[0].c_str());

						tmpWeatherInfo.WS = WideWS.wc_str();

						tmpWeatherInfo.WS = tmpWeatherInfo.WS + _T("级");

					}

				}

				weatherInfo.push_back(tmpWeatherInfo);

			}

		}

	}

	return true;

}

bool CHCQueryInfo::ParserWeatherInfo360(TCHAR* szWeatherInfo, WEATHERINFOVEC &weatherInfo, HCString &strUpdateTime)

{

	HCString str(szWeatherInfo);

	HCString strWeatherInfo;

	std::size_t firstIndex = str.find_first_of('(');

	std::size_t endIndex = str.find_first_of(')');

	if (firstIndex != std::wstring::npos && endIndex != std::wstring::npos)

	{

		strWeatherInfo = str.substr(firstIndex + 1, endIndex - firstIndex - 1);

	}

	Json::Reader reader;

	Json::Value root;

	CWideToUtf8  infoUtf8(strWeatherInfo.c_str());

	CWideToMulti Info(strWeatherInfo.c_str());

	if (reader.parse(Info.c_str(), root))

	{

 		UINT nSeconds = root["time"].asUInt();

 		secondToDate(nSeconds, strUpdateTime);

		Json::Value weather = root["weather"];

		if (!weather.isNull())

		{

			int weatherSize = weather.size();

			std::string strWeather;

			std::string strTemperature;

			std::string strWD;

			std::string strWS;

			if (weatherSize > 0)

			{

				WEATHERINFO tmpWeatherInfo;

				int index = 0;

				std::string strDate = weather[index]["date"].asString();

				CMultiToWide WideDate(strDate.c_str());

				tmpWeatherInfo.data = WideDate.wc_str();

				HCString strDayOfWeek;

				GetDayOfWeek(WideDate.wc_str(), strDayOfWeek);

				tmpWeatherInfo.dayOfWeek = strDayOfWeek;

				Json::Value info = weather[index]["info"];

				if (!info["dawn"].isNull())

				{

					strWeather = info["dawn"][1].asString();

					CUtf8ToWide  WideWeather(strWeather.c_str());

					CWideToMulti ByteWeather(WideWeather.wc_str()) ;

					CMultiToWide tmpWeather(ByteWeather.c_str());

					tmpWeatherInfo.weather = tmpWeather.wc_str();

					//温度

					{

						strTemperature = info["dawn"][2].asString();

						CMultiToWide dawnTemperature(strTemperature.c_str());

						tmpWeatherInfo.temp1 = dawnTemperature.wc_str();

						tmpWeatherInfo.temp2 = dawnTemperature.wc_str();

						strTemperature = info["day"][2].asString();

						CMultiToWide dayTemperature(strTemperature.c_str());

						if ( tmpWeatherInfo.temp1.compare(dayTemperature.wc_str()) >= 0 )

						{

							tmpWeatherInfo.temp1 = dayTemperature.wc_str();

						}

						else

						{

							tmpWeatherInfo.temp2 = dayTemperature.wc_str();

						}

						strTemperature = info["night"][2].asString();

						CMultiToWide nightTemperature(strTemperature.c_str());

						if ( tmpWeatherInfo.temp1.compare(nightTemperature.wc_str()) > 0 )

						{

							tmpWeatherInfo.temp1 = nightTemperature.wc_str();

						}

						else if( tmpWeatherInfo.temp2.compare(nightTemperature.wc_str()) < 0 )

						{

							tmpWeatherInfo.temp2 = nightTemperature.wc_str();

						}

					}

					strWD = info["dawn"][3].asString();

					CUtf8ToWide  WideWD(strWD.c_str());

					CWideToMulti ByteWD(WideWD.wc_str()) ;

					CMultiToWide tmpWD(ByteWD.c_str());

					tmpWeatherInfo.WD = tmpWD.wc_str();

					strWS = info["dawn"][4].asString();

					CUtf8ToWide  WideWS(strWS.c_str());

					CWideToMulti ByteWS(WideWS.wc_str()) ;

					CMultiToWide tmpWS(ByteWS.c_str());

					tmpWeatherInfo.WS = tmpWS.wc_str();

				}

				else

				{

					if (!info["day"].isNull())

					{

						strWeather = info["day"][1].asString();

						CUtf8ToWide  WideWeather(strWeather.c_str());

						CWideToMulti ByteWeather(WideWeather.wc_str()) ;

						CMultiToWide tmpWeather(ByteWeather.c_str());

						tmpWeatherInfo.weather = tmpWeather.wc_str();

						//温度

						{

							strTemperature = info["day"][2].asString();

							CMultiToWide dayTemperature(strTemperature.c_str());

							tmpWeatherInfo.temp1 = dayTemperature.wc_str();

							tmpWeatherInfo.temp2 = dayTemperature.wc_str();

							strTemperature = info["night"][2].asString();

							CMultiToWide nightTemperature(strTemperature.c_str());

							if ( tmpWeatherInfo.temp1.compare(nightTemperature.wc_str()) >= 0 )

							{

								tmpWeatherInfo.temp1 = nightTemperature.wc_str();

							}

							else

							{

								tmpWeatherInfo.temp2 = nightTemperature.wc_str();

							}

						}

						strWD = info["day"][3].asString();

						CUtf8ToWide  WideWD(strWD.c_str());

						CWideToMulti ByteWD(WideWD.wc_str()) ;

						CMultiToWide tmpWD(ByteWD.c_str());

						tmpWeatherInfo.WD = tmpWD.wc_str();

						strWS = info["day"][4].asString();

						CUtf8ToWide  WideWS(strWS.c_str());

						CWideToMulti ByteWS(WideWS.wc_str()) ;

						CMultiToWide tmpWS(ByteWS.c_str());

						tmpWeatherInfo.WS = tmpWS.wc_str();

					}

					else

					{

						strWeather = info["night"][1].asString();

						CUtf8ToWide  WideWeather(strWeather.c_str());

						CWideToMulti ByteWeather(WideWeather.wc_str()) ;

						CMultiToWide tmpWeather(ByteWeather.c_str());

						tmpWeatherInfo.weather = tmpWeather.wc_str();

						strTemperature = info["night"][2].asString();

						CMultiToWide dayTemperature(strTemperature.c_str());

						tmpWeatherInfo.temp1 = dayTemperature.wc_str();

						tmpWeatherInfo.temp2 = dayTemperature.wc_str();

						strWD = info["night"][3].asString();

						CUtf8ToWide  WideWD(strWD.c_str());

						CWideToMulti ByteWD(WideWD.wc_str()) ;

						CMultiToWide tmpWD(ByteWD.c_str());

						tmpWeatherInfo.WD = tmpWD.wc_str();

						strWS = info["night"][4].asString();

						CUtf8ToWide  WideWS(strWS.c_str());

						CWideToMulti ByteWS(WideWS.wc_str()) ;

						CMultiToWide tmpWS(ByteWS.c_str());

						tmpWeatherInfo.WS = tmpWS.wc_str();

					}

				}

			weatherInfo.push_back(tmpWeatherInfo);

			}

			for (int i = 1; i < weatherSize; i++)

			{

				WEATHERINFO tmpWeatherInfo;

				std::string strDate = weather[i]["date"].asString();

				CMultiToWide WideDate(strDate.c_str());

				tmpWeatherInfo.data = WideDate.wc_str();

				HCString strDayOfWeek;

				GetDayOfWeek(WideDate.wc_str(), strDayOfWeek);

				tmpWeatherInfo.dayOfWeek = strDayOfWeek;

				Json::Value info = weather[i]["info"];

				if (!info["day"].isNull())

				{

					strWeather = info["day"][1].asString();

					CUtf8ToWide  WideWeather(strWeather.c_str());

					CWideToMulti ByteWeather(WideWeather.wc_str()) ;

					CMultiToWide tmpWeather(ByteWeather.c_str());

					tmpWeatherInfo.weather = tmpWeather.wc_str();

					//温度

					{

						strTemperature = info["dawn"][2].asString();

						CMultiToWide dawnTemperature(strTemperature.c_str());

						tmpWeatherInfo.temp1 = dawnTemperature.wc_str();

						tmpWeatherInfo.temp2 = dawnTemperature.wc_str();

						strTemperature = info["day"][2].asString();

						CMultiToWide dayTemperature(strTemperature.c_str());

						if ( tmpWeatherInfo.temp1.compare(dayTemperature.wc_str()) >= 0 )

						{

							tmpWeatherInfo.temp1 = dayTemperature.wc_str();

						}

						else

						{

							tmpWeatherInfo.temp2 = dayTemperature.wc_str();

						}

						strTemperature = info["night"][2].asString();

						CMultiToWide nightTemperature(strTemperature.c_str());

						if ( tmpWeatherInfo.temp1.compare(nightTemperature.wc_str()) > 0 )

						{

							tmpWeatherInfo.temp1 = nightTemperature.wc_str();

						}

						else if( tmpWeatherInfo.temp2.compare(nightTemperature.wc_str()) < 0 )

						{

							tmpWeatherInfo.temp2 = nightTemperature.wc_str();

						}

					}

					strWD = info["day"][3].asString();

					CUtf8ToWide  WideWD(strWD.c_str());

					CWideToMulti ByteWD(WideWD.wc_str()) ;

					CMultiToWide tmpWD(ByteWD.c_str());

					tmpWeatherInfo.WD = tmpWD.wc_str();

					strWS = info["day"][4].asString();

					CUtf8ToWide  WideWS(strWS.c_str());

					CWideToMulti ByteWS(WideWS.wc_str()) ;

					CMultiToWide tmpWS(ByteWS.c_str());

					tmpWeatherInfo.WS = tmpWS.wc_str();

					weatherInfo.push_back(tmpWeatherInfo);

				}

			}

		}

	}

	else

	{

		return false;

	}

	return true;

}

bool CHCQueryInfo::ParserWeatherInfoSina(char* szWeatherInfo, WEATHERINFO &weatherInfo, HCString &strUpdateTime)

{

	TiXmlDocument* pDoc = new TiXmlDocument();

	pDoc->Parse(szWeatherInfo);

	TiXmlElement* rootElement = pDoc->RootElement();//Profiles

	TiXmlElement* weatherElement = rootElement->FirstChildElement();//Weather

	if (weatherElement == NULL)

	{

		return false;

	}

	TiXmlElement* dateElement = weatherElement->FirstChildElement("savedate_weather");//savedate_weather 日期

	string strDate = dateElement->GetText();

	CUtf8ToWide T2WDate(strDate.c_str());

	weatherInfo.data = T2WDate.wc_str();

	HCString strDayOfWeek; //星期

	GetDayOfWeek(T2WDate.wc_str(), strDayOfWeek);

	weatherInfo.dayOfWeek = strDayOfWeek;

	TiXmlElement* statusElement = weatherElement->FirstChildElement("status1");//status1 天气情况

	string strStatus = statusElement->GetText();

	CUtf8ToWide T2WStatus(strStatus.c_str());

	weatherInfo.weather = T2WStatus.wc_str();

	TiXmlElement* tmp1Element = weatherElement->FirstChildElement("temperature1");//temperature1 温度1

	string strTmp1 = tmp1Element->GetText();

	TiXmlElement* tmp2Element = weatherElement->FirstChildElement("temperature2");//temperature2 温度2

	const char* pTmp2 = tmp2Element->GetText();

	string strTmp2;

	if(NULL != pTmp2)

	{

		strTmp2  = pTmp2;

	}

	int Tmp1 = -100;

	if (strTmp1.empty() != true)

	{

		Tmp1 = atoi(strTmp1.c_str());

	}

	int Tmp2 = -100;

	if (strTmp2.empty() != true)

	{

		Tmp2 = atoi(strTmp2.c_str());

	}

	if (Tmp1 == -100 && Tmp2 == -100)

	{

		weatherInfo.temp1 = _T("");

		weatherInfo.temp2 = _T("");

	}

	else if ( Tmp1 == -100 && Tmp2 != -100)

	{

		CUtf8ToWide T2WTmp2(strTmp2.c_str());

		weatherInfo.temp1 = T2WTmp2.wc_str();

		weatherInfo.temp2 = T2WTmp2.wc_str();

	}

	else if ( Tmp1 != -100 && Tmp2 == -100)

	{

		CUtf8ToWide T2WTmp1(strTmp1.c_str());

		weatherInfo.temp1 = T2WTmp1.wc_str();

		weatherInfo.temp2 = T2WTmp1.wc_str();

	}

	else if (Tmp1 <=  Tmp2)

	{

		CUtf8ToWide T2WTmp1(strTmp1.c_str());

		weatherInfo.temp1 = T2WTmp1.wc_str();

		CUtf8ToWide T2WTmp2(strTmp2.c_str());

		weatherInfo.temp2 = T2WTmp2.wc_str();

	}

	else

	{

		CUtf8ToWide T2WTmp1(strTmp1.c_str());

		weatherInfo.temp2 = T2WTmp1.wc_str();

		CUtf8ToWide T2WTmp2(strTmp2.c_str());

		weatherInfo.temp1 = T2WTmp2.wc_str();

	}

	TiXmlElement* directionElement = weatherElement->FirstChildElement("direction1"); //direction1 风向

	string strDirection = directionElement->GetText();

	CUtf8ToWide T2WDirection(strDirection.c_str());

	weatherInfo.WD = T2WDirection.wc_str();

	TiXmlElement* powerElement = weatherElement->FirstChildElement("power1");//power1 风力

	string strPower = powerElement->GetText();

	CUtf8ToWide T2WPower(strPower.c_str());

	weatherInfo.WS = T2WPower.wc_str();

	return true;

}

OPERATEINFO CHCQueryInfo::CreatMapping(TCHAR szMappingName[], TCHAR szSemName[], int size)

{

	HANDLE hMapFile;

	OPERATEINFO operateInfo = {NULL, NULL};

	hMapFile = CreateFileMapping(

		INVALID_HANDLE_VALUE,    // use paging file

		NULL,                    // default security

		PAGE_READWRITE,          // read/write access

		0,                       // maximum object size (high-order DWORD)

		size,                // maximum object size (low-order DWORD)

		szMappingName);                 // name of mapping object

	if (NULL == hMapFile)

	{

		//WriteLog("Could not create file mapping object (%d).\n",GetLastError());;

		return operateInfo;

	}

	operateInfo.pBuf = (LPTSTR) MapViewOfFile(hMapFile,   // handle to map object

		FILE_MAP_ALL_ACCESS, // read/write permission

		0,

		0,

		size);

	if (operateInfo.pBuf == NULL)

	{

		//WriteLog("Could not map view of file (%d).\n",GetLastError());

		CloseHandle(hMapFile);

		return operateInfo;

	}

	operateInfo.hSemaphore = CreateSemaphore(NULL, 0, 1, szSemName);

	if ( NULL == operateInfo.hSemaphore)

	{

		//WriteLog("CreateSemaphore error: %d\n", GetLastError());

		return operateInfo;

	}

	return operateInfo;

}

void CHCQueryInfo::StartServer()

{

	WCHAR szExe[] = _T("\\StorageCard\\TOOL\\3.5FW\\NetworkService.exe");

	HANDLE hWaitServerRunFinish = NULL;//等待键盘加载完成事件

	if (NULL==hWaitServerRunFinish)

	{

		hWaitServerRunFinish = CreateEvent(NULL, FALSE, FALSE, _T("FinishCreateServerEvnet"));

	}

	ResetEvent(hWaitServerRunFinish);	//防止其他程序多次设置事件，带来连锁反应

	WCHAR szAppName[_MAX_PATH]={0};		// 父目录的路径, 最后不带"\"

	WCHAR szServerPath[_MAX_PATH]={0};

	WCHAR * pLastSlash;

	GetModuleFileNameW(NULL, szAppName, _MAX_PATH);

	pLastSlash = wcsrchr(szAppName, _T('\\'));

	if (pLastSlash != NULL)

		pLastSlash[1] = _T('\0');

	wsprintf(szServerPath,_T("%sNetworkService.exe"),szAppName);

	PROCESS_INFORMATION liProcessInfo;

	DWORD Time=GetTickCount();

	CreateProcess(szExe,	0,NULL,NULL,false,0,NULL,NULL,NULL,&liProcessInfo);

	if (hWaitServerRunFinish)

	{

		if(WAIT_OBJECT_0 == WaitForSingleObject(hWaitServerRunFinish, 5000))

		{

			RETAILMSG(1, (_T("-----------wait Sever run OK---------\n")));

		}

		else

		{

			RETAILMSG(1, (_T("-----------wait Sever run time out 5 s---------\n")));

		}

		RETAILMSG(1,(TEXT("_________KY_______Creagte Time=%d\r\n"),GetTickCount()-Time));

	}

}

void CHCQueryInfo::secondToDate(UINT nSeconds, HCString &strDate)

{

	UINT myear,mday,oday;

	UINT  msec;

	UINT ttmonth[12]={

		31,28,31,30,31,30,

		31,31,30,31,30,31

	};

	mday=nSeconds/(24*3600);

	msec=nSeconds-mday*(24*3600);

	myear=mday/365;

	oday=mday-myear*365-(myear+1)/4;

	int y, i=0;

	UINT iimoth;

	y=(1970+myear);

	iimoth=((y%4==0)&&(y%100!=0))||(y%400==0);

	for(i=0;i<12;i++)

	{

		if((y=oday-ttmonth[i])>0)

			oday-=ttmonth[i]+(i==1?iimoth:0);

		else

			break;

	}

	UINT iday=oday+2;

	UINT imonth=i+1;

	UINT iyear=1900+myear;

	UINT ihour=msec/3600;

	UINT imin=(msec-ihour*3600)/60;

	ihour+=8;//中国8时区

	UINT isec=msec%60;

	TCHAR buf[20];

	_stprintf(buf,_T("%04d-%02d-%02d %02d:%02d:%02d"),iyear, imonth, iday, ihour, imin, isec);

	strDate = buf;

}

void CHCQueryInfo::GetDayOfWeek(HCString strDate, HCString &strDayOfWeek)

{

	int flag=0,year,month,day;

	CWideToMulti date(strDate.c_str());

	std::string strDateTmp = date.c_str();

	std::string strYear = strDateTmp.substr(0 , 4);

	year = atoi(strYear.c_str());

	std::string strMonth = strDateTmp.substr(5, 2);

	month = atoi((strMonth.c_str()));

	std::string strDay = strDateTmp.substr(8, 2);

	day = atoi(strDay.c_str());

	int days = 0;

	days = (year - 1) * 365;

	days += (year - 1) / 4;

	days -= (year - 1) /100;

	days += (year - 1) / 400;

	switch(month - 1)

	{

	case 11:

		days += 30;

	case 10:

		days += 31;

	case 9:

		days += 30;

	case 8:

		days += 31;

	case 7:

		days += 31;

	case 6:

		days += 30;

	case 5:

		days += 31;

	case 4:

		days += 30;

	case 3:

		days += 31;

	case 2:

		if(( year % 4 == 0) && year % 100 != 0 || (year % 400 == 0 ))

			days += 29;

		else

			days += 28;

	case 1:

		days += 31;

	}

	days += day;

	days %= 7;//折成星期几，若为0，则为星期天

	switch(days)

	{

	case 0:strDayOfWeek = _T("星期天");break;

	case 1:strDayOfWeek = _T("星期一");break;

	case 2:strDayOfWeek = _T("星期二"); break;

	case 3:strDayOfWeek = _T("星期三");break;

	case 4:strDayOfWeek = _T("星期四"); break;

	case 5:strDayOfWeek = _T("星期五");break;

	case 6:strDayOfWeek = _T("星期六");break;

	}

}

void CHCQueryInfo::GetDayOfWeekEx(UINT uDayOfWeek, HCString &strDayOfWeek)

{

	switch(uDayOfWeek)

	{

	case 0:strDayOfWeek = _T("星期天");break;

	case 1:strDayOfWeek = _T("星期一");break;

	case 2:strDayOfWeek = _T("星期二"); break;

	case 3:strDayOfWeek = _T("星期三");break;

	case 4:strDayOfWeek = _T("星期四"); break;

	case 5:strDayOfWeek = _T("星期五");break;

	case 6:strDayOfWeek = _T("星期六");break;

	}

}

void CHCQueryInfo::UnicodeToChinese(std::string strUnicode, HCString &strChinese)

{

	std::vector<std::string> ret = tokenize(strUnicode, ";");

	int size = ret.size();

	if (size > 0)

	{

		WCHAR *buf = new WCHAR[size];

		int i = 0;

		for (; i <  size; ++i)

		{

			ret[i].replace(0, 2, "");

			int num = atoi(ret[i].c_str());

			buf[i] = num;

		}

		buf[i] = '\0';

		strChinese = buf;

		if ( buf != NULL )

		{

			delete []buf;

			buf = NULL;

		}

	}

	else

	{

		strChinese = _T("");

	}

}

/** web.h

  * 1.Declares a class to encode strings converting a String

  * into a MIME format called "x-www-form-urlencoded" format.

  *	To convert a String, each character is examined in turn:

  *		1) The ASCII characters 'a' through 'z', 'A' through 'Z', and '0' through '9' remain the same.

  * 	2) The space character ' ' is converted into a plus sign '+'.

  *		3) All other characters are converted into the 3-character string "%xy", where xy is the two-digit hexadecimal representation of the lower 8-bits of the character.

  * 2.Declares a class to decode such strings

  * 3. Declares the WebForm class to wrap win32 HTTP calls

  * Author: Vijay Mathew Pandyalakal

  * Date: 18/10/03

**/

#ifndef WEB_H_

#define WEB_H_

#include <wininet.h>

using namespace std;

namespace openutils {

struct CHCRequestInfo{

	string form_action;

	HINTERNET hRequest;

};

class URLEncoder {

public:

	static string encode(string str);

private:

	static bool isOrdinaryChar(char c);

};

class URLDecoder {

public:

	static string decode(string str);

private:

	static int convertToDec(const char* hex);

	static void getAsDec(char* hex);

};

class WebForm {

private:

	vector<string> m_vctVars;

	vector<string> m_vctVals;

	string m_strHostName;

	string m_strScriptFile;

	HINTERNET m_hSession;

	HINTERNET m_hRequest;

	unsigned long m_lBytesRead;

	HANDLE m_hThread;

public:

	WebForm();

 	void putVariable(const char* var_name,const char* value);

 	string getVariable(const char* var_name) const;

 	void setHost(const char* host);

 	void setScriptFile(const char* sf);

 	string getHost() const;

 	string getScriptFile() const;

 	void sendRequest();

 	bool getResponse(char* buff,int sz);

 	unsigned long getBytesRead() { return m_lBytesRead; }

	~WebForm();

private:

	bool isDuplicateVar(const char* var_name);

};

 class WebFormException {

 private:

 	string err;

 public:

 	WebFormException(const char* str) {

 		err = str;

 	}

 	string getMessage() {

 		return err;

 	}

 };

 } // openutils

#endif

/** web.cpp

  * Implements classes declared in web.h

  * Author: Vijay Mathew Pandyalakal

  * Date: 18/10/03

**/

#include <string>

#include <vector>

using namespace std;

#include <windows.h>

#include <wininet.h>

#include <tchar.h>

#include "WideMultiChange.h"

#include <Windows.h>

#include "web.h"

using namespace openutils;

 string URLEncoder::encode(string str) {

 	int len = str.length();

 	char* buff = new char[len + 1];

 	strcpy(buff,str.c_str());

 	string ret = "";

 	for(int i=0;i<len;i++) {

 		if(isOrdinaryChar(buff[i])) {

 			ret = ret + buff[i];

 		}else if(buff[i] == ' ') {

 			ret = ret + "+";

 		}else {

 			char tmp[6];

 			sprintf(tmp,"%%%x",buff[i]);

 			ret = ret + tmp;

 		}

 	}

 	delete[] buff;

 	return ret;

 }

 bool URLEncoder::isOrdinaryChar(char c) {

 	char ch = tolower(c);

 	if(ch == 'a' || ch == 'b' || ch == 'c' || ch == 'd' || ch == 'e'

 		|| ch == 'f' || ch == 'g' || ch == 'h' || ch == 'i' || ch == 'j'

 		|| ch == 'k' || ch == 'l' || ch == 'm' || ch == 'n' || ch == 'o'

 		|| ch == 'p' || ch == 'q' || ch == 'r' || ch == 's' || ch == 't'

 		|| ch == 'u' || ch == 'v' || ch == 'w' || ch == 'x' || ch == 'y'

 		|| ch == 'z' || ch == '0' || ch == '1' || ch == '2' || ch == '3'

 		|| ch == '4' || ch == '5' || ch == '6' || ch == '7' || ch == '8'

 		|| ch == '9') {

 		return true;

 	}

 	return false;

 }

 string URLDecoder::decode(string str) {

 	int len = str.length();

 	char* buff = new char[len + 1];

 	strcpy(buff,str.c_str());

 	string ret = "";

 	for(int i=0;i<len;i++) {

 		if(buff[i] == '+') {

 			ret = ret + " ";

 		}else if(buff[i] == '%') {

 			char tmp[4];

 			char hex[4];

 			hex[0] = buff[++i];

 			hex[1] = buff[++i];

 			hex[2] = '\0';

 			//int hex_i = atoi(hex);

 			sprintf(tmp,"%c",convertToDec(hex));

 			ret = ret + tmp;

 		}else {

 			ret = ret + buff[i];

 		}

 	}

 	delete[] buff;

 	return ret;

 }

 int URLDecoder::convertToDec(const char* hex) {

 	char buff[12];

 	sprintf(buff,"%s",hex);

 	int ret = 0;

 	int len = strlen(buff);

 	for(int i=0;i<len;i++) {

 		char tmp[4];

 		tmp[0] = buff[i];

 		tmp[1] = '\0';

 		getAsDec(tmp);

 		int tmp_i = atoi(tmp);

 		int rs = 1;

 		for(int j=i;j<(len-1);j++) {

 			rs *= 16;

 		}

 		ret += (rs * tmp_i);

 	}

 	return ret;

 }

 void URLDecoder::getAsDec(char* hex) {

 	char tmp = tolower(hex[0]);

 	if(tmp == 'a') {

 		strcpy(hex,"10");

 	}else if(tmp == 'b') {

 		strcpy(hex,"11");

 	}else if(tmp == 'c') {

 		strcpy(hex,"12");

 	}else if(tmp == 'd') {

 		strcpy(hex,"13");

 	}else if(tmp == 'e') {

 		strcpy(hex,"14");

 	}else if(tmp == 'f') {

 		strcpy(hex,"15");

 	}else if(tmp == 'g') {

 		strcpy(hex,"16");

 	}

 }

 DWORD WINAPI ThreadFun(LPVOID lpParam )

{

	CHCRequestInfo* pRequestInfo = static_cast<CHCRequestInfo*>(lpParam);

	HINTERNET hSession = InternetOpen(_T("WebForm 1"),

		PRE_CONFIG_INTERNET_ACCESS,

		NULL,

		INTERNET_INVALID_PORT_NUMBER,

		0);

	if (hSession == NULL)

	{

		//throw WebFormException("Error:- InternetOpen()");

		return -1;

	}

//	CMultiToWide wideform_action(pRequestInfo->form_action.c_str());

//	CWideToUtf8  utf8form_action(wideform_action.wc_str());

	pRequestInfo->hRequest = InternetOpenUrlA(hSession,

		pRequestInfo->form_action.c_str(),

		NULL,

		0,

		INTERNET_FLAG_RELOAD,

		0);

	if(pRequestInfo->hRequest == NULL) {

		//throw WebFormException("Error:- InternetOpenUrl()");

		return -1;

	}

	return 0;

}

 WebForm::WebForm() {

 	string m_strContentType = "Content-Type: application/x-www-form-urlencoded";

 	string m_strHostName = "localhost:8080";

 	string m_strScriptFile = "";

 	HINTERNET m_hSession = NULL;

 	HINTERNET m_hConnect = NULL;

 	HINTERNET m_hRequest = NULL;

 	HINTERNET m_hResponse = NULL;

	m_hThread = NULL;

 }

 void WebForm::putVariable(const char* var_name,const char* value) {

 	if(isDuplicateVar(var_name)) {

 		string str = "Duplicate variable name - ";

 		str = str + var_name;

 		throw WebFormException(str.c_str());

 	}else {

 		m_vctVars.push_back(var_name);

 		m_vctVals.push_back(value);

 	}

 }

 string WebForm::getVariable(const char* var_name) const {

 	for(int i=0;i<m_vctVars.size();i++) {

 	//	if(strcmpi(var_name,m_vctVars[i].c_str()) == 0) {

 		if(strcmp(var_name,m_vctVars[i].c_str()) == 0) {

 			return m_vctVals[i];

 		}

 	}

 	string str = "Variable not found - ";

 	str = str + var_name;

 	throw WebFormException(str.c_str());

 }

 void WebForm::setHost(const char* host) {

 	m_strHostName = host;

 }

 void WebForm::setScriptFile(const char* sf) {

 	m_strScriptFile = sf;

 }

 string WebForm::getHost() const {

 	return m_strHostName;

 }

 string WebForm::getScriptFile() const {

 	return m_strScriptFile;

 }

 void WebForm::sendRequest() {

 	string host = m_strHostName;

 	string form_action = host + m_strScriptFile + "?";

 	int sz = m_vctVars.size();

 	for(int i=0;i<sz;i++) {

 		string var = m_vctVars[i];

 	    string enc_var = URLEncoder::encode(var);

 	    string val = m_vctVals[i];

 	  //  string enc_val = URLEncoder::encode(val);

 	    form_action = form_action + enc_var;

 	    form_action = form_action + "=";

 	    form_action = form_action + val;

 	    if(i != (sz-1)) {

 		    form_action = form_action + "&";

 		}

     } 

	m_hSession = InternetOpen(_T("WebForm 1"),

		PRE_CONFIG_INTERNET_ACCESS,

		NULL,

		INTERNET_INVALID_PORT_NUMBER,

		0);

	if (m_hSession == NULL)

	{

		throw WebFormException("Error:- InternetOpen()");

		return;

	}

	CMultiToWide wideform_action(form_action.c_str());

	CWideToUtf8  utf8form_action(wideform_action.wc_str());

	m_hRequest = InternetOpenUrlA(m_hSession,

		utf8form_action.c_str(),

		NULL,

		0,

		INTERNET_FLAG_RELOAD,

		0);

	if(m_hRequest == NULL) {

		throw WebFormException("Error:- InternetOpenUrl()");

		return;

	}

	//CHCRequestInfo requestInfo;

	//requestInfo.form_action = form_action;

	//if (NULL == m_hThread )

	//{

	//	 m_hThread = CreateThread( NULL, 0, ThreadFun, static_cast<LPVOID>(&requestInfo), 0, NULL);

	//}

	//if ( WAIT_TIMEOUT == WaitForSingleObject(m_hThread, 3000))

	//{

	//	throw WebFormException("Error:- TimeOut");

	//	return;

	//}

	//m_hRequest = requestInfo.hRequest;

// 	if (m_hSession == NULL)

// 	{

// 		throw WebFormException("Error:- InternetOpen()");

// 		return;

// 	}

//

//  	CMultiToWide wideform_action(form_action.c_str());

//  	m_hRequest = InternetOpenUrl(m_hSession,

//                                  wideform_action.wc_str(),

//                                  NULL,

//                                  0,

//                                  INTERNET_FLAG_RELOAD,

//                                  0);

//  	if(m_hRequest == NULL) {

//  		throw WebFormException("Error:- InternetOpenUrl()");

//  		return;

//  	}

 }

 bool WebForm::getResponse(char* buff,int sz) {

	 if(m_hRequest == NULL) {

		 throw WebFormException("No request made to server !");

		 return false;

	 }	

	 BOOL bRecv = TRUE;

	 DWORD dwTotalRecved = 0;

	 DWORD dwRecv = 0;

	 char szBuff[100] = {0};

	 while (1)

	 {

		 bRecv = InternetReadFile(m_hRequest, buff + dwTotalRecved, sz - dwTotalRecved, &dwRecv);

		 if (dwRecv > 0)

		 {

			 dwTotalRecved += dwRecv;

		 }

		 if (0 == dwRecv)

		 {

			 break;

		 }

	 }

	 return true;	

 //	if(m_hRequest == NULL) {

 //		throw WebFormException("No request made to server !");

 //		return false;

 //	}	

	//BOOL bRecv = TRUE;

	//DWORD dwTotalRecved = 0;

	//DWORD dwRecv = 0;

	//char szBuff[100] = {0};

 //	while (1)

	//{

	//	bRecv = InternetReadFile(m_hRequest, szBuff, sizeof(szBuff), &dwRecv);

 //		if (dwRecv > 0)

 //		{

	//		memcpy(buff + dwTotalRecved, szBuff, dwRecv);

	//		dwTotalRecved += dwRecv;

 //		}

	//	if (0 == dwRecv)

	//	{

	//		break;

	//	}

 //	}

 //	return true;

 }

 bool WebForm::isDuplicateVar(const char* var_name) {

 	for(int i=0;i<m_vctVars.size();i++) {

 //		if(strcmpi(var_name,m_vctVars[i].c_str()) == 0) {

 		if(strcmp(var_name,m_vctVars[i].c_str()) == 0) {

 			return true;

 		}

 	}

 	return false;

 }

WebForm::~WebForm() {

	if(m_hSession != NULL) InternetCloseHandle(m_hSession);

	if(m_hRequest != NULL) InternetCloseHandle(m_hRequest);

	if (m_hThread != NULL)

	{

		CloseHandle(m_hThread);

		m_hThread = NULL;

	}

}

#pragma once

class CWideToMulti

{

public:

	// m_nLength包括末尾的'\0'

	CWideToMulti(const wchar_t* szWideChar)

	{

		m_nLength = WideCharToMultiByte(CP_ACP, 0, szWideChar, -1, NULL, 0, NULL, NULL);

		m_pszMultiChar = new char[m_nLength];

		memset(m_pszMultiChar, 0, sizeof(char) * m_nLength);

		WideCharToMultiByte(CP_ACP, 0, szWideChar, -1, m_pszMultiChar, m_nLength, NULL, NULL);

	}

	// m_nLength不包括末尾的'\0',cchWideChar是该宽字节字符串的字符数

	CWideToMulti(const wchar_t* szWideChar, int cchWideChar)

	{

		m_nLength = WideCharToMultiByte(CP_ACP, 0, szWideChar, cchWideChar, NULL, 0, NULL, NULL);

		m_pszMultiChar = new char[m_nLength + 1];

		memset(m_pszMultiChar, 0, sizeof(char) * (m_nLength + 1));

		WideCharToMultiByte(CP_ACP, 0, szWideChar, cchWideChar, m_pszMultiChar, m_nLength, NULL, NULL);

	}

	~CWideToMulti(void) { delete[] m_pszMultiChar; m_pszMultiChar = NULL; }

	const char* c_str(void) { return m_pszMultiChar; }

	unsigned long length(void) { return m_nLength; }

protected:

	char* m_pszMultiChar;

	unsigned long m_nLength;

};

class CMultiToWide

{

public:

	// m_nLength包括末尾的'\0'

	CMultiToWide(const char* szMultiChar)

	{

		m_nLength = MultiByteToWideChar(CP_ACP, 0, szMultiChar, -1, NULL, 0);

		m_pszWideChar = new wchar_t[m_nLength];

		memset(m_pszWideChar, 0, sizeof(wchar_t) * m_nLength);

		MultiByteToWideChar(CP_ACP, 0, szMultiChar, -1, m_pszWideChar, m_nLength);

	}

	// m_nLength包括末尾的'\0',cbMultiChar是多字节字符串的字节数

	CMultiToWide(const char* szMultiChar, int cbMultiChar)

	{

		m_nLength = MultiByteToWideChar(CP_ACP, 0, szMultiChar, cbMultiChar, NULL, 0);

		m_pszWideChar = new wchar_t[m_nLength + 1];

		memset(m_pszWideChar, 0, sizeof(wchar_t) * (m_nLength + 1));

		MultiByteToWideChar(CP_ACP, 0, szMultiChar, cbMultiChar, m_pszWideChar, m_nLength);

	}

	~CMultiToWide(void) { delete[] m_pszWideChar; m_pszWideChar = NULL; }

	const wchar_t* wc_str(void) { return m_pszWideChar; }

	unsigned long length(void) { return m_nLength; }

protected:

	wchar_t* m_pszWideChar;

	unsigned long m_nLength;

};

class CWideToUtf8

{

public:

	// m_nLength包括末尾的'\0'

	CWideToUtf8(const wchar_t* szWideChar)

	{

		m_nLength = WideCharToMultiByte(CP_UTF8, 0, szWideChar, -1, NULL, 0, NULL, NULL);

		m_pszMultiChar = new char[m_nLength];

		memset(m_pszMultiChar, 0, sizeof(char) * m_nLength);

		WideCharToMultiByte(CP_UTF8, 0, szWideChar, -1, m_pszMultiChar, m_nLength, NULL, NULL);

	}

	// m_nLength不包括末尾的'\0',cchWideChar是该宽字节字符串的字符数

	CWideToUtf8(const wchar_t* szWideChar, int cchWideChar)

	{

		m_nLength = WideCharToMultiByte(CP_UTF8, 0, szWideChar, cchWideChar, NULL, 0, NULL, NULL);

		m_pszMultiChar = new char[m_nLength + 1];

		memset(m_pszMultiChar, 0, sizeof(char) * (m_nLength + 1));

		WideCharToMultiByte(CP_UTF8, 0, szWideChar, cchWideChar, m_pszMultiChar, m_nLength, NULL, NULL);

	}

	~CWideToUtf8(void) { delete[] m_pszMultiChar; m_pszMultiChar = NULL; }

	const char* c_str(void) { return m_pszMultiChar; }

	unsigned long length(void) { return m_nLength; }

protected:

	char* m_pszMultiChar;

	unsigned long m_nLength;

};

class CUtf8ToWide

{

public:

	// m_nLength包括末尾的'\0'

	CUtf8ToWide(const char* szMultiChar)

	{

		m_nLength = MultiByteToWideChar(CP_UTF8, 0, szMultiChar, -1, NULL, 0);

		m_pszWideChar = new wchar_t[m_nLength];

		memset(m_pszWideChar, 0, sizeof(wchar_t) * m_nLength);

		MultiByteToWideChar(CP_UTF8, 0, szMultiChar, -1, m_pszWideChar, m_nLength);

	}

	// m_nLength包括末尾的'\0',cbMultiChar是多字节字符串的字节数

	CUtf8ToWide(const char* szMultiChar, int cbMultiChar)

	{

		m_nLength = MultiByteToWideChar(CP_UTF8, 0, szMultiChar, cbMultiChar, NULL, 0);

		m_pszWideChar = new wchar_t[m_nLength + 1];

		memset(m_pszWideChar, 0, sizeof(wchar_t) * (m_nLength + 1));

		MultiByteToWideChar(CP_UTF8, 0, szMultiChar, cbMultiChar, m_pszWideChar, m_nLength);

	}

	~CUtf8ToWide(void) { delete[] m_pszWideChar; m_pszWideChar = NULL; }

	const wchar_t* wc_str(void) { return m_pszWideChar; }

	unsigned long length(void) { return m_nLength; }

protected:

	wchar_t* m_pszWideChar;

	unsigned long m_nLength;

};

#ifndef DEFINE_H

#define DEFINE_H

#include <string>

#include <vector>

#ifdef UNICODE

typedef std::wstring HCString;

#else

typedef std::string HCString;

#endif

typedef struct _cityInfo

{

	HCString section;

	HCString name;

	HCString code;

	HCString time1;    //系统时间

	HCString time2;    //保留

	HCString dayOfWeek1;

	HCString weather1;

	HCString temp11;

	HCString temp21;

	HCString WD1;

	HCString WS1;

	HCString dayOfWeek2;

	HCString weather2;

	HCString temp12;

	HCString temp22;

	HCString WD2;

	HCString WS2;

	HCString dayOfWeek3;

	HCString weather3;

	HCString temp13;

	HCString temp23;

	HCString WD3;

	HCString WS3;

	HCString dayOfWeek4;

	HCString weather4;

	HCString temp14;

	HCString temp24;

	HCString WD4;

	HCString WS4;

	HCString dayOfWeek5;

	HCString weather5;

	HCString temp15;

	HCString temp25;

	HCString WD5;

	HCString WS5;

	HCString dayOfWeek6;

	HCString weather6;

	HCString temp16;

	HCString temp26;

	HCString WD6;

	HCString WS6;

	HCString dayOfWeek7;

	HCString weather7;

	HCString temp17;

	HCString temp27;

	HCString WD7;

	HCString WS7;

}CITYINFO, *PCITYINFO;

typedef std::vector<CITYINFO> CITYINFOVEC;

typedef struct _weatherInfo

{

	HCString data;               //日期      格式：2014-06-06

	HCString dayOfWeek;          //星期几

	HCString weather;            //天气情况，喻：雷阵雨，晴，阴

	HCString temp1;              //最低温度

	HCString temp2;              //最高温度

	HCString WD;                 //风向， 喻：东风，东南方，南风，西北风

	HCString WS;                 //风力， 喻：3~4级

	_weatherInfo()

	{

		data = _T("");

		dayOfWeek = _T("");

		weather = _T("");

		temp1 = _T("");

		temp2 = _T("");

		WD = _T("");

		WS = _T("");

	}

}WEATHERINFO, *PWEATHERINFO;

typedef std::vector<WEATHERINFO> WEATHERINFOVEC;

#endif;

#ifndef YSSTIME_H

#define YSSTIME_H

#include <windef.h>

#include <TCHAR.H>

#include <winsock.h>

#include "define.h"

#define UNICODE

#define _UNICODE

#define _countof(array) (sizeof(array)/sizeof(array[0]))

#define HIGHTIME		21968699 // 21968708 // Jan 1, 1900 FILETIME.highTime

#define LOWTIME			4259332096 // 1604626432 // Jan 1, 1900 FILETIME.lowtime

////NTP服务器列表

//struct NISTSVR{

//	int     key;	//编号

//	in_addr addr;	//IP地址

//	LPCTSTR server;	//域名

//	LPCTSTR info;	//信息

//} NISTSVRSARY[] = {

//	{ 0, {0,0,0,0}, NULL, NULL},

//	{ 1, {129,6,15,28}, _T("time-a.nist.gov"),_T("NIST，盖士堡，马里兰州") },

//	{ 2, {129,6,15,29}, _T("time-b.nist.gov"),_T("NIST，盖士堡，马里兰州") },

//	{ 3, {132,163,4,101}, _T("time-a.timefreq.bldrdoc.gov"),_T("NIST，博耳德市，科罗拉多州") },

//	{ 4, {132,163,4,102}, _T("time-b.timefreq.bldrdoc.gov"),_T("NIST，博耳德市，科罗拉多州") },

//	{ 5, {132,163,4,103}, _T("time-c.timefreq.bldrdoc.gov"),_T("NIST，博耳德市，科罗拉多州") },

//	{ 6, {128,138,140,44}, _T("tutcnist.colorado.edu"),_T("科罗拉多大学，博耳德市") },

//	{ 7, {192,43,244,18}, _T("time.nist.gov"),_T("NCAR，博耳德市，科罗拉多州") },

//	{ 8, {131,107,1,10}, _T("time-nw.nist.gov"),_T("Microsoft，雷蒙德，华盛顿州") },

//	{ 9, {208,184,49,129}, _T("nist1.nyc.certifiedtime.com"),_T("Abovnet，纽约市") },

//};

////所选择的NTP服务器

//static int choice = 0;

class CHCSysTime

{

public:

	CHCSysTime();

	~CHCSysTime();

	void GetCurrentTime(HCString &strCurrentTime);

	BOOL SetSysTime();

private:

 	BOOL UpdateSysTime(DWORD dwTime);

 	BOOL GetTimeFromServer(DWORD *lpdwTime);

};

#endif

#include "SysTime.h"

#pragma comment (lib,"ws2")

//#pragma comment (lib,"winsock")

CHCSysTime::CHCSysTime()

{

}

CHCSysTime::~CHCSysTime()

{

}

void CHCSysTime::GetCurrentTime(HCString &strCurrentTime)

{

	SYSTEMTIME sys;

	GetLocalTime( &sys );

	TCHAR buf[20];

	_stprintf(buf,_T("%04d-%02d-%02d %02d:%02d:%02d"),sys.wYear,sys.wMonth, sys.wDay, sys.wHour, sys.wMinute, sys.wSecond);

	strCurrentTime = buf;

}

BOOL CHCSysTime::SetSysTime()

{

//  	WSADATA WSAData;

//  	if(WSAStartup (MAKEWORD(1,1), &WSAData) != 0)

//  	{

//  		WSACleanup();

//  		return FALSE;

//  	}

	//取服务器时间

	DWORD dwTime;

	BOOL bReturn = FALSE;

	if (GetTimeFromServer(&dwTime))

	{

		//更新系统时间

		if (UpdateSysTime(dwTime))

		{

			bReturn = TRUE;

		}else{

			bReturn = FALSE;

		}

	}

	WSACleanup();

	return bReturn;

}

 BOOL CHCSysTime::UpdateSysTime(DWORD dwTime)

 {

	 UINT64 uiCurTime, uiBaseTime, uiResult;

	 SYSTEMTIME st;

	 uiBaseTime = ((UINT64) HIGHTIME << 32) + LOWTIME;

	 uiCurTime = (UINT64)dwTime * (UINT64)10000000;

	 uiResult = uiBaseTime + uiCurTime;

	 FileTimeToSystemTime((LPFILETIME)&uiResult, &st);

	 return SetSystemTime(&st);

 }

 DWORD WINAPI ThreadTime(LPVOID lpParam )

 {

	 DWORD* lpdwTime = static_cast<DWORD*>(lpParam);

	 DWORD dwReturn = 0;

	 WSADATA wsd;

	 if(WSAStartup(MAKEWORD(1,1),&wsd))

	 {

		 WSACleanup();

		 return -1;

	 }

	 SOCKET sSock = socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);

	 if(INVALID_SOCKET != sSock)

	 {

		 struct sockaddr_in sin;

		 in_addr addr = {129,6,15,29};

		 memcpy(&sin.sin_addr, &addr, sizeof(in_addr));

		 sin.sin_family = AF_INET;

		 sin.sin_port = htons(IPPORT_TIMESERVER);

		 if(connect(sSock,(struct sockaddr *)&sin,sizeof(struct sockaddr_in)) == 0)

		 {

			 int iResult, iRead;

			 for(iRead = 0; iRead < 4; iRead += iResult)

			 {

				 iResult = recv(sSock, (char*)lpdwTime + iRead, 4 - iRead, 0);

				 if(iResult < 1)

					 break;

			 }

			 if(4 == iRead)

			 {

				 *lpdwTime = ntohl(*lpdwTime);

				 dwReturn = 0;

			 }

			 else

			 {

				 dwReturn = -1;

			 }

		 }

		 closesocket(sSock);

	 }

	 return dwReturn;

 }

BOOL CHCSysTime::GetTimeFromServer(DWORD *lpdwTime)

{

	*lpdwTime = 0;

	BOOL bReturn= TRUE;

	HANDLE hThread = CreateThread( NULL, 0, ThreadTime, static_cast<LPVOID>(lpdwTime), 0, NULL);

	if ( WAIT_TIMEOUT == WaitForSingleObject(hThread, 3000))

	{

		bReturn =  FALSE;

	}

	return bReturn;

}

wince天气代码的更多相关文章

  1. 7.Web Service 调用天气代码

    1. 2500多个城市天气预报 WEB服务公用事业 Endpoint:http://webservice.webxml.com.cn/WebServices/WeatherWS.asmx Disco: ...

  2. iOS 天气应用代码中文介绍

    天气应用 解释请求参数 q: 表示Location(可以给出城市名字;或者直接给城市的经纬度) 例子:q=beijing 例子 q=48.834,2.394 num_of_days: 需要预报的天数 ...

  3. 【翻译】Sencha Touch 2入门：创建一个实用的天气应用程序之三

    原文:Getting Started with Sencha Touch 2: Build a Weather Utility App (Part 3) 作者:Lee BoonstraLee is a ...

  4. C# WinCE项目 VS2008 单例窗体实现

    项目现有主界面FormMain,模板界面FormModel,其余5个子界面皆继承自模板. 现在想要实现在主界面下可以打开任意子界面,并且可以随时关闭.当打开的子窗体未执行Close事件时,要保证每次显 ...

  5. NodeMCU获取并解析心知天气信息

    NodeMCU获取并解析心知天气信息 1 注册心知天气并获取私钥 打开心知天气网站,点击注册按钮 填写基本信息注册心知天气账号,登录注册所填写的邮箱点击链接进行账号激活,随后出现如下界面 点击登录按钮 ...

  6. MICAPS数据文件格式

    MICAPS系统的数据结构是建立在文件系统基础上的.其特点是: l  利用目录来区分不同的数据来源.要素和层次,即不同的数据来源.要素和层次的数据要放在不同的目录中.同一目录中的数据只能有时次或时效上 ...

  7. 07_编写天气预报和手机归属地的WebService

    <s:element ref="s:schema" /> <s:any /> <s:any minOccurs="2" maxOc ...

  8. Android学习十一：高德地图使用

    写这篇文章主要有三个目的: 1.使用高德地图api定位 2.获取天气数据 3.编程练手 文件结构 清单文件信息说明: <?xml version="1.0" encoding ...

  9. vue 对象提供的属性功能、通过axio请求数据(2)

    1 Vue对象提供的属性功能 1.1 过滤器 过滤器,就是vue允许开发者自定义的文本格式化函数,可以使用在两个地方:输出内容和操作数据中. 1.1.1 使用Vue.filter()进行全局定义(全局 ...

随机推荐

  1. js 鸭式辨型法

    无意中看到arr.length === +arr.length;这句代码,然后就去了解了下 这是一种鸭式辨型的判断方法. 鸭式辨型:像鸭子一样走路.游泳和嘎嘎叫的鸟就是鸭子 这句话表示: a.arr有 ...

  2. android Handler vs Timer

    Handler vs Timer 在我们Android开发过程中,经常需要执行一些短周期的定时任务,这时候有两个选择Timer或者Handler.然而个人认为: Handler 在多个方面比Timer ...

  3. HttpClient的get和post方式提交数据的使用

    /** * Http工具类 */ public class HttpUtil { // 创建HttpClient对象 public static HttpClient httpClient = new ...

  4. HDU 5543 Pick The Sticks

    背包变形.与普通的背包问题不同的是:允许有两个物品可以花费减半. 因此加一维即可,dp[i][j][k]表示前i个物品,有j个花费减半了,总花费为k的情况下的最优解. #pragma comment( ...

  5. Code Blocks 多文件联合编译

        code::blocks是一款据说灰常强大的IDE,以前虽然也经常使用,但一没用过高度功能,二来没用它写过工程性的东西,简单点说就是一个以上的源文件并且加入其他非标准的头文件,今天想做一个多文 ...

  6. Web开发人员不要错过的60款用户界面设计工具（下）

    41. Snipplr 包含最新的脚本和jQuery技术资源库. 42. Midori Midori是一个超轻量级的JavaScript框架,可使用CSS选择器快速访问页面上对应的元素. 43. ro ...

  7. c_select 调用参数说明

    c_select 调用 1. select系统调用select系统调用是用来让我们的程序监视多个文件描述符的状态变化的.程序会停在select这里等待,直到被监视的文件描述符有某一个或多个发生了状态改 ...

  8. linux下MMC/SD/SDIO驱动系列之二 ---- host注册过程（一）

    参考了 http://blog.csdn.net/xieweihua2012/article/details/12844733 在他的基础上更详细的解析源 ...................... ...

  9. cordova sqlite

    jar包在这里下载 https://github.com/litehelpers/Cordova-sqlite-storage 把SQLitePlugin 复制到自己工程目录 org.pgsqlite ...

  10. Spring Boot 系列教程2-Data JPA

    Spring Data JPA 用来简化创建 JPA 数据访问层和跨存储的持久层功能. 官网文档连接 http://docs.spring.io/spring-data/jpa/docs/curren ...