GZMachinesWeb/build/classes/mybatis/bm/LogMapper.xml

<?xml version="1.0" encoding="UTF-8" ?>
<!DOCTYPE mapper PUBLIC "-//mybatis.org//DTD Mapper 3.0//EN" "http://mybatis.org/dtd/mybatis-3-mapper.dtd" >
<mapper namespace="com.bonus.bm.dao.LogDao" >
    
    <select id="findInNum" resultType="com.bonus.bm.beans.LogBean" parameterType="com.bonus.bm.beans.LogBean">
		SELECT if(mt.NUM='' OR mt.num is null,0,ROUND(mt.num)) as inNum FROM mm_type mt
		WHERE mt.ID=#{typeId}
    </select>
    
    <insert id="insertLog" parameterType="com.bonus.bm.beans.LogBean"> 
       	INSERT INTO `bm_logs`(`model`, `fun`, `task`, `type_id`, `description`, `time`, `creator`) 
       	VALUES 
       	(#{model}, #{fun}, #{task}, #{typeId}, #{description}, #{time}, #{creator})
    </insert>
    
    
     <insert id="insertTotalLog" parameterType="com.bonus.bm.beans.LogBean"> 
       	INSERT INTO `ma_total_change`(`task_id`, `task_code`,  `type_id`, `user_id`, `content`, `time`) 
       	VALUES 
       	(#{task}, #{taskCode}, #{typeId},#{creator},#{description}, #{time})
    </insert>
    
    
    
       <select id="findTotalNum" resultType="com.bonus.bm.beans.LogBean" parameterType="com.bonus.bm.beans.LogBean">
		
	
SELECT
typeId,
SUM(rs.storageNum) + SUM(rs.repairNum) + SUM(rs.inuseNum) as total 
FROM
(

	SELECT
					mat1.ID AS typeId,
					mat1.NUM storageNum,
					0 inuseNum,
					0 repairNum,
					0 scrapNum,
					0 projectNum,
					0 inuseCount,
					0 backCount,
		      0 as pyNum,
					0 as pkNum,
					mat1.IS_COUNT AS isCount 
				FROM
					mm_type mat1
					LEFT JOIN mm_type mat2 ON mat2.ID = mat1.PARENT_ID
					LEFT JOIN mm_type mat3 ON mat3.ID = mat2.PARENT_ID 
				WHERE
					mat1.`LEVEL` = 4 and mat1.ID= #{typeId}
					AND mat1.IS_ACTIVE = '1' 
				GROUP BY
					mat1.ID
					UNION
					
						SELECT
					typeId,
					0 storageNum,
					sum( leaseNum ) - SUM( backNum ) inuseNum,
					0 repairNum,
					0 scrapNum,
					0 projectNum,
					sum( leaseNum ) inuseCount,
					SUM( backNum ) backCount,
					0 as pyNum,
					0 as pkNum,
					isCount AS isCount 
				FROM
					(
					SELECT
						mmt1.`NAME` AS pMachineName,
						mmt.`NAME` AS machineName,
						mt.`NAME` AS machineModel,
						mt.ID AS typeId,
						mt.BUY_PRICE AS buyPrice,
						mt.UNIT,
						SUM( wir.NUM ) AS leaseNum,
						0 AS backNum,
						mt.IS_COUNT AS isCount 
					FROM
						wf_info_record wir
						LEFT JOIN wf_task_record wtr ON wir.SUP_ID = wtr.ID
						LEFT JOIN wf_task_record wtr2 ON wtr.SUP_ID = wtr2.ID
						LEFT JOIN mm_type mt ON wir.MODEL_ID = mt.ID
						LEFT JOIN mm_type mmt ON mt.PARENT_ID = mmt.ID
						LEFT JOIN mm_type mmt1 ON mmt.PARENT_ID = mmt1.ID
						LEFT JOIN wf_collar_details wcd ON wcd.TASK_ID = wtr.SUP_ID 
						AND wcd.MODEL_ID = wir.MODEL_ID 
					WHERE
						wir.TYPE = 2 
						AND wtr2.IS_ACTIVE = 1 
						AND wcd.IS_APPROVAL = 1 
						and mt.ID= #{typeId}
					GROUP BY
						mt.ID UNION
					SELECT
						mmt1.`NAME` AS pMachineName,
						mmt.`NAME` AS machineName,
						mt.`NAME` AS machineModel,
						mt.ID AS typeId,
						mt.BUY_PRICE AS buyPrice,
						mt.UNIT,
						0 AS leaseNum,
						SUM( wir.NUM ) AS backNum,
						mt.IS_COUNT AS isCount 
					FROM
						wf_info_record wir
						LEFT JOIN wf_return_material_details wrd ON wir.SUP_ID = wrd.ID
						LEFT JOIN wf_task_record wtr ON wrd.TASK_ID = wtr.ID
						LEFT JOIN mm_type mt ON wir.MODEL_ID = mt.ID
						LEFT JOIN mm_type mmt ON mt.PARENT_ID = mmt.ID
						LEFT JOIN mm_type mmt1 ON mmt.PARENT_ID = mmt1.ID 
					WHERE
						wir.TYPE = 4 and mt.ID= #{typeId}
						AND wtr.IS_ACTIVE = 1 
					GROUP BY
						mt.ID 
					) a 
				GROUP BY
					typeId
					UNION
					
				SELECT
				  typeId,
					0 storageNum,
					0 inuseNum,
					SUM(repairNum) + SUM(checkNum) + SUM(waitInputNum) as repairNum,
					0 scrapNum,
					0 projectNum,
					0 inuseCount,
			   	0 backCount,
					0 as pyNum,
					0 as pkNum,
				  isCount
				FROM
				(
		
					SELECT
					mat1.ID AS typeId,
					0 storageNum,
					0 leaseNum,
					SUM( wrd.REPAIR_NUM ) - SUM( wrd.ALREPAIR_NUM ) - SUM( SCRAP_NUM ) AS repairNum,
					0 checkNum,
					0 scrapNum,
					0 loseNum,
					0 waitInputNum,
				mat1.IS_COUNT AS isCount 
				FROM
					wf_repair_details wrd
					LEFT JOIN mm_type mat1 ON wrd.MODEL_ID = mat1.ID
					LEFT JOIN mm_type mat2 ON mat2.ID = mat1.PARENT_ID
					LEFT JOIN mm_type mat3 ON mat3.ID = mat2.PARENT_ID 
					where  mat1.ID= #{typeId}
				GROUP BY
					wrd.MODEL_ID 
					UNION
							SELECT
					mat1.ID AS typeId,
					0 storageNum,
					0 leaseNum,
					0 repairNum,
					SUM( wrc.CHECK_NUM ) - SUM( wrc.ALCHECK_NUM ) AS checkNum,
					0 scrapNum,
					0 loseNum,
					0 waitInputNum,
					mat1.IS_COUNT AS isCount 
				FROM
					wf_repair_check wrc
					LEFT JOIN mm_type mat1 ON wrc.MODEL_ID = mat1.ID
					LEFT JOIN mm_type mat2 ON mat2.ID = mat1.PARENT_ID
					LEFT JOIN mm_type mat3 ON mat3.ID = mat2.PARENT_ID 
						where  mat1.ID= #{typeId}
				GROUP BY
					wrc.MODEL_ID
						UNION
					SELECT DISTINCT
					mat1.ID AS typeId,
					0 storageNum,
					0 leaseNum,
					0 repairNum,
					0 checkNum,
					0 AS scrapNum,
					0 loseNum,
					SUM(
						IFNULL( PRE_PUT_NUM, 0 )) - sum(
					IFNULL( AL_PUT_NUM, 0 )) AS waitInputNum,
					mat1.IS_COUNT AS isCount 
				FROM
					wf_put_storage_details wpd
					LEFT JOIN mm_type mat1 ON wpd.MODEL_ID = mat1.ID
					LEFT JOIN mm_type mat2 ON mat2.ID = mat1.PARENT_ID
					LEFT JOIN mm_type mat3 ON mat3.ID = mat2.PARENT_ID 
				WHERE
					wpd.IS_SURE = 0 and  mat1.ID= #{typeId}
				GROUP BY
					wpd.MODEL_ID 
					
					) res 
					GROUP BY typeId 
			) rs 
					GROUP BY typeId 
    </select>
    
</mapper>