//------------------------------------------------------------------------------------- // // void CClientLoader::LoadBaseDataLimit() { std::string fullpath(CCFileUtils::fullPathFromRelativePath(jsonFileFunctionLimit)); std::string strBuffer = readInputTestFile( fullpath.c_str() ); if( isCheat( strBuffer, eventlimit_json[0]) ) { char buffer[512]; sprintf( buffer, the_message_cheat_json[g_iCurLanguageIndex], jsonFileFunctionLimit ); CCMessageBox( buffer, the_message_alert[g_iCurLanguageIndex] ); } if( strBuffer.empty() ) { CCAssert( NULL, "Can not found json file!" ); return; } Json::Value root; if( parseAndSaveValueTree( strBuffer,"", root ) ) { CCAssert( NULL, "read jsonfile is not success!" ); return; } Json::Value Root; m_vBaseFunLimitData.clear(); for( int i = 0;; i++ ) { char buffer[32]; sprintf( buffer, "key%d", i + 1 ); Root = root["eventlimit"][buffer]; if( Root.isNull() ) { break; } CBaseFunLimitData BaseData; BaseData.m_iID = Root["id"].asInt(); BaseData.m_iFunId = BaseData.FindIdFormName( FIND_TYPEID_LIMIT_NAME, Root["functionname"].asString().c_str() ); BaseData.m_iOperator= BaseData.FindIdFormName( FIND_TYPEID_LIMIT_OPERATOR, Root["operator"].asString().c_str() ); if( Root["param"].isArray() ) { int count = Root["param"].size(); for( int j = 0; j < count; j++ ) { BaseData.m_arrParam[j] = Root["param"][j].asInt(); } } m_vBaseFunLimitData.push_back( BaseData ); } }