#ifndef _TSXT_CSV_H_
#define _TSXT_CSV_H_

#include "cocos2d.h"
#include "../self/SF.h"

class TestCSV : public cocos2d:: Ref

{
public :
         static const char * FILE_NAME ;
         static cocos2d :: Vector< TestCSV *> s_textCSVVec ;
         static bool initStatic();
         static void finalizeStatic();
public :
         TestCSV ();
         ~ TestCSV();
         virtual bool init( std :: map< std :: string , std:: string > row );
private :
         CC_SYNTHESIZE_READONLY (int ,m_idx , Index);
         CC_SYNTHESIZE_READONLY ( std:: string , m_name, Name );
         CC_SYNTHESIZE_READONLY ( std:: string , m_value, Value );
};
#endif
 

#include "TestCSV.h"
USING_NS_CC ;
const char * TestCSV :: FILE_NAME = "test_csv.csv" ;
cocos2d :: Vector< TestCSV *> TestCSV ::s_textCSVVec ;
bool TestCSV :: initStatic()
{
         std :: string data = SFUtils:: getFileData (FILE_NAME );
         IF_NULL_RETURN_FALSE (data . c_str());
         /*CSV格式的檔案每一行最後都是\n\r,所以，可以根據其來將每一行分開*/
         std :: vector< std :: string> strVec = SFUtils :: splitString( data , "\r" );
         /*dataVec用來儲存所有行的資訊，每個資訊都是成對兒出現的map<key:string,value:string>
        這裡的key即ID，name等
        */
         std :: vector< std :: map< std :: string, std:: string > > dataVec ;
         /*解析第一行，第一行的資料將是後面行的key值*/
         std :: vector< std :: string> nameVec = SFUtils ::splitString ( strVec[ 0 ], "," );
         /*解析所有的行，並且新增的dataVec中*/
         for ( int i = 1 ; i < strVec. size (); i ++)
         {
                 std :: map< std :: string, std:: string > rowMap ;
                 std :: vector< std :: string> valueVec = SFUtils ::splitString ( strVec[ i ], "," );
                 for ( int j = 0 ; j < valueVec. size (); j ++)
                 {
                         rowMap . insert( std :: make_pair( nameVec [j ], valueVec [j ]));
                 }
                 dataVec . push_back( rowMap );
         }
         /*確保陣列中沒有資料*/
         s_textCSVVec .clear ();
         /*將資料轉換為資料物件*/
         for ( int i = 0 ; i < dataVec. size () - 1 ; i ++)
         {
                 TestCSV * pData = new ( std:: nothrow )TestCSV ();
                 if ( pData &&pData -> init( dataVec . at( i )))
                 {
                         s_textCSVVec .pushBack ( pData);
                 }
                 else
                 {
                         CC_SAFE_RELEASE (pData );
                 }
         }

         return true ;
}

void TestCSV :: finalizeStatic()
{
         s_textCSVVec .clear ();
}
TestCSV :: TestCSV()
         : m_idx(- 1 )
{}
TestCSV :: ~TestCSV ()
{}
bool TestCSV :: init( std :: map< std :: string, std:: string > row )
{
         /*解析資料*/
         m_idx = atoi( row ["ID" ]. c_str());
         m_name = row[ "name" ];
         m_value = row[ "value" ];
         return true ;
}
 

std :: string SFUtils ::getFileData ( const char * pFileName)
{
         std :: string filePath = FileUtils :: getInstance()-> fullPathForFilename (pFileName );

         FileUtils ::getInstance ()-> setPopupNotify( false );
         ssize_t fileSize = 0 ;
         std :: string data = FileUtils :: getInstance()-> getStringFromFile (filePath . c_str());
         FileUtils ::getInstance ()-> setPopupNotify( true );

         return data ;
}
//字串拆分
std :: vector< std :: string> SFUtils:: splitString ( std:: string str , std :: string pattern )
{
         std :: string:: size_type pos ;
         std :: vector< std :: string> result;
         str += pattern;
         unsigned int size = str . size();
         for ( unsigned int i = 0 ; i < size ; i ++)
         {
                 pos = str. find (pattern , i );
                 if ( pos < size)
                 {
                         std :: string s = str. substr (i , pos - i );
                         result .push_back ( s);
                         i = pos + pattern . size() - 1 ;
                 }
         }
         return result ;
}