update stock_inventory qualitity = qualitity + #{ew.qualitity}, version = version + 1, remark = #{ew.remark}, warn_num = #{ew.warnNum}, locked_quantity = locked_quantity + #{ew.lockedQuantity}, update_time = now() where product_model_id = #{ew.productModelId} and batch_no is null and batch_no = #{ew.batchNo} update stock_inventory qualitity = qualitity - #{ew.qualitity}, version = version + 1, remark = #{ew.remark}, update_time = now() where product_model_id = #{ew.productModelId} and qualitity >= #{ew.qualitity} and batch_no is null and batch_no = #{ew.batchNo} select si.id, si.qualitity, COALESCE(si.locked_quantity, 0) as locked_quantity, si.product_model_id, si.create_time, si.update_time, COALESCE(si.warn_num, 0) as warn_num, si.version, (si.qualitity - COALESCE(si.locked_quantity, 0)) as un_locked_quantity, pm.model, si.remark, pm.unit, p.product_name from stock_inventory si left join product_model pm on si.product_model_id = pm.id left join product p on pm.product_id = p.id where 1 = 1 and p.product_name like concat('%',#{ew.productName},'%') WITH RECURSIVE product_tree AS ( SELECT id FROM product WHERE id = #{ew.topParentProductId} UNION ALL SELECT p.id FROM product p INNER JOIN product_tree pt ON p.parent_id = pt.id ) select batch_no, MAX(qualifiedId) as qualifiedId, MAX(unQualifiedId) as unQualifiedId, SUM(qualifiedQuantity) as qualifiedQuantity, SUM(unQualifiedQuantity) as unQualifiedQuantity, SUM(qualifiedLockedQuantity) as qualifiedLockedQuantity, SUM(unQualifiedLockedQuantity) as unQualifiedLockedQuantity, SUM(qualifiedQuantity - qualifiedLockedQuantity - IFNULL(qualifiedPendingOut, 0)) as qualifiedUnLockedQuantity, SUM(unQualifiedQuantity - unQualifiedLockedQuantity - IFNULL(unQualifiedPendingOut, 0)) as unQualifiedUnLockedQuantity, SUM(IFNULL(qualifiedPendingOut, 0)) as qualifiedPendingOutQuantity, SUM(IFNULL(unQualifiedPendingOut, 0)) as unQualifiedPendingOutQuantity, product_model_id, MAX(create_time) as create_time, MAX(update_time) as update_time, MAX(warn_num) as warn_num, MAX(version) as version, model, MAX(remark) as remark, unit, product_name, product_id, 'combined' as stockType from ( select si.batch_no, si.id as qualifiedId, null as unQualifiedId, si.qualitity as qualifiedQuantity, 0 as unQualifiedQuantity, COALESCE(si.locked_quantity, 0) as locked_quantity, COALESCE(si.locked_quantity, 0) as qualifiedLockedQuantity, 0 as unQualifiedLockedQuantity, si.product_model_id, si.create_time, si.update_time, COALESCE(si.warn_num, 0) as warn_num, si.version, (si.qualitity - COALESCE(si.locked_quantity, 0)) as un_locked_quantity, pm.model, si.remark, pm.unit, p.product_name, p.id as product_id, ( select IFNULL(SUM(sor.stock_out_num), 0) from stock_out_record sor where sor.product_model_id = si.product_model_id and (si.batch_no is null and sor.batch_no is null or si.batch_no = sor.batch_no) and sor.type = '0' and sor.approval_status = 0 ) as qualifiedPendingOut, 0 as unqualifiedPendingOut from stock_inventory si left join product_model pm on si.product_model_id = pm.id left join product p on pm.product_id = p.id union all select su.batch_no, null as qualifiedId, su.id as unQualifiedId, 0 as qualifiedQuantity, su.qualitity as unQualifiedQuantity, COALESCE(su.locked_quantity, 0) as locked_quantity, 0 as qualifiedLockedQuantity, COALESCE(su.locked_quantity, 0) as unQualifiedLockedQuantity, su.product_model_id, su.create_time, su.update_time, 0 as warn_num, su.version, (su.qualitity - COALESCE(su.locked_quantity, 0)) as un_locked_quantity, pm.model, su.remark, pm.unit, p.product_name, p.id as product_id, 0 as qualifiedPendingOut, ( select IFNULL(SUM(sor.stock_out_num), 0) from stock_out_record sor where sor.product_model_id = su.product_model_id and (su.batch_no is null and sor.batch_no is null or su.batch_no = sor.batch_no) and sor.type = '1' and sor.approval_status = 0 ) as unqualifiedPendingOut from stock_uninventory su left join product_model pm on su.product_model_id = pm.id left join product p on pm.product_id = p.id ) as combined and combined.product_name in ( select distinct p.product_name from product p left join product_model pm on p.id = pm.product_id where p.product_name like concat('%',#{ew.productName},'%') or pm.model like concat('%',#{ew.productName},'%') ) and combined.product_id in (select id from product_tree) group by batch_no, product_model_id, model, unit, product_name, product_id WITH RECURSIVE product_tree AS ( SELECT id FROM product WHERE id = #{ew.topParentProductId} UNION ALL SELECT p.id FROM product p INNER JOIN product_tree pt ON p.parent_id = pt.id ) select SUM(qualifiedQuantity) as qualifiedQuantity, SUM(unQualifiedQuantity) as unQualifiedQuantity, SUM(qualifiedLockedQuantity) as qualifiedLockedQuantity, SUM(unQualifiedLockedQuantity) as unQualifiedLockedQuantity, model, unit, product_name, MAX(warn_num) as warn_num, MAX(remark) as remark, MAX(update_time) as update_time from ( select si.qualitity as qualifiedQuantity, 0 as unQualifiedQuantity, COALESCE(si.locked_quantity, 0) as qualifiedLockedQuantity, 0 as unQualifiedLockedQuantity, si.product_model_id, si.create_time, si.update_time, COALESCE(si.warn_num, 0) as warn_num, si.remark, pm.model, pm.unit, p.product_name, p.id as product_id from stock_inventory si left join product_model pm on si.product_model_id = pm.id left join product p on pm.product_id = p.id union all select 0 as qualifiedQuantity, su.qualitity as unQualifiedQuantity, 0 as qualifiedLockedQuantity, COALESCE(su.locked_quantity, 0) as unQualifiedLockedQuantity, su.product_model_id, su.create_time, su.update_time, 0 as warn_num, su.remark, pm.model, pm.unit, p.product_name, p.id as product_id from stock_uninventory su left join product_model pm on su.product_model_id = pm.id left join product p on pm.product_id = p.id ) as combined and combined.product_name in ( select distinct p.product_name from product p left join product_model pm on p.id = pm.product_id where p.product_name like concat('%',#{ew.productName},'%') or pm.model like concat('%',#{ew.productName},'%') ) and combined.product_id in (select id from product_tree) group by product_model_id, model, unit, product_name select sir.*,si.qualitity as current_stock, pm.model, pm.unit, p.product_name, su.nick_name as create_by from stock_in_record sir left join stock_inventory si on sir.product_model_id = si.product_model_id left join product_model pm on sir.product_model_id = pm.id left join product p on pm.product_id = p.id left join sys_user su on sir.create_user = su.user_id and sir.create_time >= #{ew.reportDate} and sir.create_time < DATE_ADD(#{ew.reportDate}, INTERVAL 1 DAY) and sir.create_time >= #{ew.startMonth} and sir.create_time <= #{ew.endMonth} SELECT pm.model, pm.unit, p.product_name, MAX(current_inventory) as current_stock, SUM(CASE WHEN record_type = 'in' THEN amount ELSE 0 END) as total_stock_in, SUM(CASE WHEN record_type = 'out' THEN amount ELSE 0 END) as total_stock_out FROM ( SELECT product_model_id, SUM(qualitity) as current_inventory, 0 as amount, '' as record_type FROM stock_inventory GROUP BY product_model_id UNION ALL SELECT product_model_id, 0 as current_inventory, SUM(stock_in_num) as amount, 'in' as record_type FROM stock_in_record type = 0 and stock_in_record.create_time >= #{ew.startMonth} and stock_in_record.create_time <= #{ew.endMonth} GROUP BY product_model_id UNION ALL SELECT product_model_id, 0 as current_inventory, SUM(stock_out_num) as amount, 'out' as record_type FROM stock_out_record type = 0 and stock_out_record.create_time >= #{ew.startMonth} and stock_out_record.create_time <= #{ew.endMonth} GROUP BY product_model_id ) combined_data LEFT JOIN product_model pm ON pm.id = combined_data.product_model_id LEFT JOIN product p ON p.id = pm.product_id and p.product_name like concat('%',#{ew.productName},'%') and pm.model like concat('%',#{ew.model},'%') GROUP BY pm.model, pm.unit, p.product_name select ifnull(sum(qualitity), 0) from stock_inventory select IFNULL(sum(qualitity), 0) from stock_inventory where create_time >= #{now} and create_time < DATE_ADD(#{now}, INTERVAL 1 DAY) SELECT SUM(total_count) FROM (SELECT COUNT(*) as total_count FROM stock_inventory WHERE create_time >= #{startDate} AND create_time <= #{endDate} UNION ALL SELECT COUNT(*) as total_count FROM stock_uninventory WHERE create_time >= #{startDate} AND create_time <= #{endDate}) AS combined_counts SELECT DATE(sir.create_time) AS date, SUM(sir.stock_in_num) AS count FROM stock_in_record sir JOIN product_model pm ON sir.product_model_id = pm.id JOIN product p ON pm.product_id = p.id WHERE (p.parent_id = #{rootCategoryId} OR p.id = #{rootCategoryId}) AND sir.create_time >= #{startDate} AND sir.create_time <= #{endDate} GROUP BY DATE(sir.create_time) ORDER BY DATE(sir.create_time) ASC SELECT DATE(sor.create_time) AS date, SUM(sor.stock_out_num) AS count FROM stock_out_record sor JOIN product_model pm ON sor.product_model_id = pm.id JOIN product p ON pm.product_id = p.id WHERE (p.parent_id = #{rootCategoryId} OR p.id = #{rootCategoryId}) AND sor.create_time >= #{startDate} AND sor.create_time <= #{endDate} GROUP BY DATE(sor.create_time) ORDER BY DATE(sor.create_time) ASC SELECT IFNULL(SUM(sor.stock_out_num), 0) FROM stock_out_record sor WHERE sor.product_model_id = #{productModelId} AND (sor.batch_no = #{batchNo} OR (#{batchNo} IS NULL AND sor.batch_no IS NULL)) AND sor.type = #{type} AND sor.approval_status = 0 select distinct si.product_model_id, si.batch_no from stock_inventory si where si.product_model_id in #{productModelId} and si.batch_no is not null and si.batch_no != '' and (si.qualitity - ifnull(si.locked_quantity, 0)) > 0 order by si.product_model_id, si.batch_no select spd.id, spd.batch_no, spd.locked_quantity, (spd.qualitity - IFNULL(sd.qualitity, 0)) as qualitity from stock_inventory spd left join (select stock_inventory_id, sum(quantity) as qualitity from shipping_product_detail group by stock_inventory_id) as sd on sd.stock_inventory_id = spd.id where product_model_id = #{productModelId}