package UIB.UIB03.ZBS;

import java.util.ArrayList;
import java.util.HashMap;

import org.springframework.jdbc.support.rowset.SqlRowSet;
import org.springframework.jdbc.support.rowset.SqlRowSetMetaData;

import CoreFS.SA06.CoreReturnObject;
import UIB.COM.XmlSqlParsersFactory;

public class RowSetConverter
{
	/**
	 * @desc  表头转换
	 * @param srs  查询出来的表头信息
	 * @return
	 */
	public HashMap	getHeadMap(SqlRowSet srs)
	{
		HashMap		map			=		new HashMap();
		SqlRowSetMetaData rsmd	=		srs.getMetaData();
		int			count		=		rsmd.getColumnCount();
		String		columnName	=		"";//列名
		if(srs.next())
		{
			for(int i = 1; i <= count ; i++)
			{
				columnName	=	rsmd.getColumnName(i);
				map.put(columnName, srs.getString(columnName));
			}
		}
		return map;
	}
	/**
	 * @desc  多行、同一卷的信息生成为一个DataRowList
	 * @param sqlID
	 * @return
	 * @throws Exception
	 */	
	public ArrayList	getDataRowList(SqlRowSet srs , String qcTp)	throws Exception
	{
		ArrayList			list		=		new ArrayList();//生成的DataRowList放入ArrayList中
		CoreReturnObject	cro			=		new CoreReturnObject();
		DataRowList 		drl			=		null;		
		while(srs.next())
		{
			if(srs.isFirst())//第一行数据存放
			{
				drl			=	new DataRowList();
				list.add(drl);
				setDataRowList(drl , srs  , true , qcTp,false);
				continue;
			}
			//若已经存放过数据，并且当前行的第一列的值与drl数组的最后一个的value值相同，则继续存放
			if(srs.getString(1).equals(drl.getValue(0)))
			{
				setDataRowList(drl  , srs  , false , qcTp,true);
			}
			else
			{
				drl	=	new DataRowList();
				list.add(drl);
				setDataRowList(drl, srs  ,true , qcTp,false);
			}
		}

//		for(int i = 0; i < list.size() ; i++)//由于index是从0开始的，所以需要等号
//		{
//			DataRowList	dx	=	(DataRowList)list.get(i);
//			dx.print();
//			System.out.println("###############################################################");
//		}
		return list;
	}
	
	/**
	 * @desc  查询结果单行转换为DataRowList
	 * @param columnCount   总列数
	 * @param srs			查询出来数据的集合
	 * @param flag          钢卷号等信息是否需要存储进来
	 * @param qcTp          q(QLTY)、c(CHEM)成分与材质区分
	 * @return
	 */
	private  void	setDataRowList(DataRowList	drl   , SqlRowSet srs  , boolean flag , String qcTp,boolean jh)
	{
		SqlRowSetMetaData rsmd	=	srs.getMetaData();
		int    columnCount		=	rsmd.getColumnCount();//总列数
		String	columnName	=	"";//列名
		String	columnValue	=	"";//列值
		if(qcTp.equals(QltyCodeDef.CHEM_CD))//成分
		{
			String	chemCD		=	"";//元素名
			String	chemVal		=	"";//元素值
			String	compYn		=	"";//元素类型（复合元素与单一元素）
			for(int i = 1; i <= columnCount; i++)
			{
				columnName	=	rsmd.getColumnName(i);
				columnValue	=	srs.getString(columnName);
				if(columnName.equals(QltyCodeDef.ROW_FLAG) && flag)
					drl.put(columnName, columnValue);
				else if(columnName.equals(QltyCodeDef.CHEM_CD))//元素名
					chemCD	= 	srs.getString(columnName);
				else if(columnName.equals(QltyCodeDef.CHEM_VAL))//元素值
					chemVal	=	srs.getString(columnName);
				else if(columnName.equals(QltyCodeDef.COMP_YN))//是否为复合元素
					compYn	=	srs.getString(columnName);
				else if(flag)
					drl.put(columnName, columnValue);
			}
			drl.put(chemCD, chemVal , compYn);
		}
		else if(qcTp.equals(QltyCodeDef.QLTY_CD))//材质
		{
			String	key			=	"";//材质名称，或者钢卷的字段名等
			String	value		=	"";//材质值，或者钢卷号的值
			String  smallName	=	"";//小中文名
			String	bigName		=	"";//大中文名
			String	extCode		=	"";//扩展码
			
			String	tem			=	"";//温度
			String	dir			=	"";//方向
			String	size		=	"";//位置
			String	temname		=	"";//位置
			String	temval		=	"";//位置
			//SQL中的字段名最好也按照该顺序排列
			for(int i = 1; i <= columnCount ; i++)
			{
				columnName		=	rsmd.getColumnName(i);
				columnValue		=	srs.getString(columnName);
				if(columnName.equals(QltyCodeDef.ROW_FLAG) && flag)
					drl.put(columnName, columnValue);
				else if( columnName.equals(QltyCodeDef.QLTY_CD)) //材质代码
					key			=	columnValue;
				else if( columnName.equals(QltyCodeDef.QLTY_VAL_WK) )//材质值
					value		=	columnValue;
				else if( columnName.equals(QltyCodeDef.SMALL_NAME) )//小中文名
					smallName	=	columnValue;
				else if( columnName.equals(QltyCodeDef.BIG_NAME) )//大中文名
					bigName		=	columnValue;
				else if( columnName.equals(QltyCodeDef.MS_EXT_CODE) )//扩展码
					extCode		=	columnValue;
				else if(columnName.equals(QltyCodeDef.ZE_TP) )//中英文区分
				{
					if("E".equals(columnValue))//若为英
					{
						tem		=	QltyCodeDef.MS_QLTY_TEM_NM_E;
						dir		=	QltyCodeDef.MS_QLTY_DIR_NM_E;
						size	=	QltyCodeDef.MS_QLTY_SIZE_NM_E;
					}
					else
					{
						tem		=	QltyCodeDef.MS_QLTY_TEM_NM;
						dir		=	QltyCodeDef.MS_QLTY_DIR_NM;
						size	=	QltyCodeDef.MS_QLTY_SIZE_NM;
					}
				}
				///位置方向，SQL中的MS_QLTY_DIR必须在QLTY_SEQ前面，因为QLTY_SEQ中break。
				else if( columnName.equals(QltyCodeDef.MS_QLTY_DIR) )
				{
					//若检测项目为拉力，拉力的位置方向主键用MS_QLTY_DIRTE表示
					if(key.indexOf(QltyCodeDef.YS_CD) != -1 || key.indexOf(QltyCodeDef.TE_CD) != -1  
						|| key.indexOf(QltyCodeDef.EL_CD) != -1 || key.indexOf(QltyCodeDef.RP_CD) != -1 || key.indexOf(QltyCodeDef.YR_CD) != -1) 
						if(drl.keyExist(QltyCodeDef.MS_QLTY_DIR+QltyCodeDef.LL_CD ))//若拉力的位置方向已存在
						{
							if(srs.getString(QltyCodeDef.QLTY_CD).indexOf(QltyCodeDef.TE_CD) != -1)//取抗拉强度的方向做为试验方向
								drl.set(columnName+QltyCodeDef.LL_CD, srs.getString(QltyCodeDef.MS_QLTY_DIR), dir, bigName, QltyCodeDef.EXT_DIR_CODE);
						}
						else//若拉力的位置方向不存在
						{
							drl.put(columnName+QltyCodeDef.LL_CD, srs.getString(QltyCodeDef.MS_QLTY_DIR), dir, bigName, QltyCodeDef.EXT_DIR_CODE);
						}
					//如检测项目为冲击
					else if(key.indexOf(QltyCodeDef.IM_CD) != -1 &&  srs.getString(QltyCodeDef.QLTY_SEQ).equals(QltyCodeDef.QLTY_SEQ_1) )//冲击
					{
						if(!drl.keyExist(QltyCodeDef.MS_QLTY_DIR+QltyCodeDef.IM_CD))//如不存在冲击的位置方向值 
						{
							drl.put(columnName+QltyCodeDef.IM_CD, srs.getString(QltyCodeDef.MS_QLTY_DIR) , dir , bigName , QltyCodeDef.EXT_DIR_CODE);
						}
					}
//					//落锤
//					else if(key.indexOf(QltyCodeDef.DW_CD) != -1 &&  srs.getString(QltyCodeDef.QLTY_SEQ).equals(QltyCodeDef.QLTY_SEQ_1) )//；落锤
//					{
//						if(!drl.keyExist(QltyCodeDef.MS_QLTY_DIR+QltyCodeDef.DW_CD))//如不存在落锤的位置方向值 
//						{
//							drl.put(columnName+QltyCodeDef.DW_CD, srs.getString(QltyCodeDef.MS_QLTY_DIR) , dir , bigName , QltyCodeDef.EXT_DIR_CODE);
//						}
//					}
				}
				///温度
				else if( columnName.equals(QltyCodeDef.MS_QLTY_TEM) )
				{
					//若检测项目为拉力，拉力的温度主键用MS_QLTY_TEMRP表示
					if(key.indexOf(QltyCodeDef.YS_CD) != -1 || key.indexOf(QltyCodeDef.TE_CD) != -1  
						|| key.indexOf(QltyCodeDef.EL_CD) != -1 || key.indexOf(QltyCodeDef.RP_CD) != -1 || key.indexOf(QltyCodeDef.YR_CD) != -1) 
						if(drl.keyExist(QltyCodeDef.MS_QLTY_TEM+QltyCodeDef.LL_CD ))//若拉力的温度已存在
						{
							if(QltyCodeDef.LL_CD.indexOf(srs.getString(QltyCodeDef.QLTY_CD)) != -1)//取抗拉强度的方向做为试验方向
								drl.set(columnName+QltyCodeDef.LL_CD, srs.getString(QltyCodeDef.MS_QLTY_TEM), tem, bigName, QltyCodeDef.EXT_TEM_CODE);
						}
						else//若拉力的温度不存在
						{
							drl.put(columnName+QltyCodeDef.LL_CD, srs.getString(QltyCodeDef.MS_QLTY_TEM), tem, bigName, QltyCodeDef.EXT_TEM_CODE);
						}
					//若检测项目为冲击
					else if(key.indexOf(QltyCodeDef.IM_CD) != -1 && srs.getString(QltyCodeDef.QLTY_SEQ).equals(QltyCodeDef.QLTY_SEQ_1) )
					{
						if(!drl.keyExist(QltyCodeDef.MS_QLTY_TEM+QltyCodeDef.IM_CD))//若冲击的温度不存在
						{
							drl.put(columnName+QltyCodeDef.IM_CD, srs.getString(QltyCodeDef.MS_QLTY_TEM) , tem , bigName , QltyCodeDef.EXT_TEM_CODE);
						}
					}
					//落锤
					else if(key.indexOf(QltyCodeDef.DW_CD) != -1 && srs.getString(QltyCodeDef.QLTY_SEQ).equals(QltyCodeDef.QLTY_SEQ_1) )
					{
						if(!drl.keyExist(QltyCodeDef.MS_QLTY_TEM+QltyCodeDef.DW_CD))//若落锤的温度不存在
						{
							drl.put(columnName+QltyCodeDef.DW_CD, srs.getString(QltyCodeDef.MS_QLTY_TEM) , tem , bigName , QltyCodeDef.EXT_TEM_CODE);
						}
					}
				}
				///试样尺寸
				else if( columnName.equals(QltyCodeDef.MS_QLTY_SIZE) )
				{
					if(key.indexOf(QltyCodeDef.IM_CD) != -1 && srs.getString(QltyCodeDef.QLTY_SEQ).equals(QltyCodeDef.QLTY_SEQ_1) )
					{
						if(!drl.keyExist(QltyCodeDef.MS_QLTY_SIZE+QltyCodeDef.IM_CD))//若冲击的温度不存在
						{
							drl.put(columnName+QltyCodeDef.IM_CD, srs.getString(QltyCodeDef.MS_QLTY_SIZE) , size , bigName , QltyCodeDef.EXT_SIZ_CODE);
						}
					}
//					else if(key.indexOf(QltyCodeDef.DW_CD) != -1 && srs.getString(QltyCodeDef.QLTY_SEQ).equals(QltyCodeDef.QLTY_SEQ_1) )
//					{
//						if(!drl.keyExist(QltyCodeDef.MS_QLTY_SIZE+QltyCodeDef.DW_CD))//若冲击的温度不存在
//						{
//							drl.put(columnName+QltyCodeDef.DW_CD, srs.getString(QltyCodeDef.MS_QLTY_SIZE) , size , bigName , QltyCodeDef.EXT_SIZ_CODE);
//						}
//					}
				}
				///解决REWORK表中数据的问题
				else if( columnName.equals(QltyCodeDef.QLTY_SEQ) &&  columnValue != null)
				{
					drl.put(key+columnValue, srs.getString(QltyCodeDef.QLTY_SEQ_VAL), smallName, bigName, columnValue);
					if(columnValue.equals(QltyCodeDef.QLTY_SEQ_3))
						drl.put(key, srs.getString(QltyCodeDef.QLTY_VAL_WK) , smallName , bigName , srs.getString(QltyCodeDef.MS_EXT_CODE));
					break;//因为对该行来说只存储实绩值，没有其他任何要求，所以可以进行break
				}
				else if(flag)
					drl.put(columnName, columnValue);			
//				else if(jh&& columnName.equals(QltyCodeDef.SMP_CUT_LOC))
//				{
//					temname=columnName;
//					temval=columnValue;
//				}
				if(i == columnCount)
				{
					drl.put(key, value , smallName , bigName , extCode);//不可以像成分一样放在外面，因为冲击的第一行A1被PUT后，若put在外面，会在上面break后，在外面put，主键会重复					
				}
//				if(i == columnCount&&jh)
//				{
//					drl.put(key, value , smallName , bigName , extCode);//不可以像成分一样放在外面，因为冲击的第一行A1被PUT后，若put在外面，会在上面break后，在外面put，主键会重复
//					drl.put(temname, temval ,  "交货状态", "交货状态" , temval);	
//				}
//				    
			}
		}
	}

	/**
	 * 补充拉力项目。针对拉力的check，主要检查5大项是否均已存在，若小于4大项则增加缺少的项，不一定要5个全部存在
	 */
	public static void replenishPullItem(DataRowList drl)
	{
		int index= 0;//为0则不补录项，因为没有拉力要求
		int	endLoc		=	0;//性能项目在DataRowList中结束的位置
		String[]qltyCD 	= 	new String[5];//保存代码
		String[]qltyNm	=	new String[5];//保存名称
		
		StringBuffer	sBuffer	=	new StringBuffer();
		for(int i = drl.size()-1; i > 0; i--)
		{
			if( QltyCodeDef.TENSILE_TEST.equals(drl.getBigName(i) ))//若大名称为QltyCodeDef.TENSILE_TEST
			{
				if(endLoc==0) endLoc	=	i;//确定性能结束的位置
				sBuffer.append(drl.getKey(i)+",");//主键以“key1,key2,key3”的字符串形式存放
			}
		}//for end
		
		if( sBuffer.toString().indexOf(QltyCodeDef.YS_CD) == -1)//屈服
		{
			qltyCD[index] 	= 	QltyCodeDef.YS_CD;
			qltyNm[index++]	=	QltyCodeDef.YS_NM;
		}
		
		if( sBuffer.toString().indexOf(QltyCodeDef.TE_CD) == -1)//抗拉
		{
			qltyCD[index] 	= 	QltyCodeDef.TE_CD;
			qltyNm[index++]	=	QltyCodeDef.TE_NM;
		}
		if( sBuffer.toString().indexOf(QltyCodeDef.EL_CD) == -1)//伸长
		{
			qltyCD[index]	 = 	QltyCodeDef.TE_CD;
			qltyNm[index++]	 =	QltyCodeDef.TE_NM;	
		}
		if( sBuffer.toString().indexOf(QltyCodeDef.RP_CD) == -1)//
		{
			qltyCD[index] 	 = 	QltyCodeDef.RP_CD;
			qltyNm[index++]	 =	QltyCodeDef.RP_NM;
		}
		
		if( sBuffer.toString().indexOf(QltyCodeDef.YR_CD) == -1)//
		{
			qltyCD[index] 	 =   QltyCodeDef.YR_CD;
			qltyNm[index++]	 =	QltyCodeDef.YR_NM;
		}
		
		if(index >0 && index < 4) //有拉力项目，且小于4项则增加
		{
			endLoc	=	endLoc+1;//从检验项目的后面一个开始插入
			for(int i = 0; i < index ;i++)
			{
				drl.add(endLoc+i, qltyCD[i], "", qltyNm[i], QltyCodeDef.TENSILE_TEST, "");
			}
		}
	}
}