表 hotel_pre_sale_order 有字段 order_no，order_remarks，表hotel_order_remark有字段order_no,remark， 表hotel_pre_sale_order和表hotel_order_remark是一对多，现需要将hotel_pre_sale_order中所对应得表hotel_order_remark 中得字段remark和表hotel_pre_sale_order 中 的 order_remarks字段进行拼接 然后导入 hotel_pre_sale_order 的order_remarks中

您可以使用以下SQL查询来将hotel_order_remark表中的remark字段与hotel_pre_sale_order表中的order_remarks字段进行拼接，并更新到hotel_pre_sale_order表的order_remarks字段中：

UPDATE hotel_pre_sale_order AS p
SET order_remarks = (
        SELECT GROUP_CONCAT(r.remark SEPARATOR '; ')
        FROM hotel_order_remark AS r
        WHERE r.order_no = p.order_no
        GROUP BY r.order_no
    );

这个查询会将hotel_order_remark表中的remark字段按照order_no进行分组，并使用分号进行拼接。然后将拼接后的结果更新到hotel_pre_sale_order表的order_remarks字段中。请确保两个表之间有正确的关联关系（即order_no字段）。

请注意，在执行此查询之前，请务必备份数据以防止意外情况发生。

相关问题

编写存储过程 SELECT a.order_id, a.done_date, a.cust_id, a.subscriber_ins_id, a.access_num, c.dev_id, c.dev_name, c.corp_org, c.company_name, c.department_code, c.department_name, c.remarks FROM JOUR1.Om_Subscriber_202301 a LEFT JOIN JOUR1.om_order_202301 b ON a.order_id = b.order_id LEFT JOIN params1.sec_developer c ON b.dev_id = c.dev_id UNION ALL SELECT a.order_id, a.done_date, a.cust_id, a.subscriber_ins_id, a.access_num, c.dev_id, c.dev_name, c.corp_org, c.company_name, c.department_code, c.department_name, c.remarks FROM JOUR1.Om_Subscriber_202302 a LEFT JOIN JOUR1.om_order_202302 b ON a.order_id = b.order_id LEFT JOIN params1.sec_developer c ON b.dev_id = c.dev_id UNION ALL SELECT a.order_id, a.done_date, a.cust_id, a.subscriber_ins_id, a.access_num, c.dev_id, c.dev_name, c.corp_org, c.company_name, c.department_code, c.department_name, c.remarks FROM JOUR1.Om_Subscriber_202303 a LEFT JOIN JOUR1.om_order_202303 b ON a.order_id = b.order_id LEFT JOIN params1.sec_developer c ON b.dev_id = c.dev_id UNION ALL SELECT a.order_id, a.done_date, a.cust_id, a.subscriber_ins_id, a.access_num, c.dev_id, c.dev_name, c.corp_org, c.company_name, c.department_code, c.department_name, c.remarks FROM JOUR1.Om_Subscriber_202304 a LEFT JOIN JOUR1.om_order_202304 b ON a.order_id = b.order_id LEFT JOIN params1.sec_developer c ON b.dev_id = c.dev_id

你可以编写一个存储过程来执行这个查询。下面是一个示例：

CREATE OR REPLACE PROCEDURE get_data AS
BEGIN
  -- 创建临时表来保存结果
  CREATE GLOBAL TEMPORARY TABLE temp_data (
    order_id          NUMBER,
    done_date         DATE,
    cust_id           NUMBER,
    subscriber_ins_id NUMBER,
    access_num        VARCHAR2(100),
    dev_id            NUMBER,
    dev_name          VARCHAR2(100),
    corp_org          VARCHAR2(100),
    company_name      VARCHAR2(100),
    department_code   VARCHAR2(100),
    department_name   VARCHAR2(100),
    remarks           VARCHAR2(100)
  ) ON COMMIT PRESERVE ROWS;

  -- 第一个查询
  INSERT INTO temp_data
  SELECT a.order_id,
         a.done_date,
         a.cust_id,
         a.subscriber_ins_id,
         a.access_num,
         c.dev_id,
         c.dev_name,
         c.corp_org,
         c.company_name,
         c.department_code,
         c.department_name,
         c.remarks
  FROM JOUR1.Om_Subscriber_202301 a
  LEFT JOIN JOUR1.om_order_202301 b
    ON a.order_id = b.order_id
  LEFT JOIN params1.sec_developer c
    ON b.dev_id = c.dev_id;

  -- 后续查询使用UNION ALL连接
  INSERT INTO temp_data
  SELECT a.order_id,
         a.done_date,
         a.cust_id,
         a.subscriber_ins_id,
         a.access_num,
         c.dev_id,
         c.dev_name,
         c.corp_org,
         c.company_name,
         c.department_code,
         c.department_name,
         c.remarks
  FROM JOUR1.Om_Subscriber_202302 a
  LEFT JOIN JOUR1.om_order_202302 b
    ON a.order_id = b.order_id
  LEFT JOIN params1.sec_developer c
    ON b.dev_id = c.dev_id;

  INSERT INTO temp_data
  SELECT a.order_id,
         a.done_date,
         a.cust_id,
         a.subscriber_ins_id,
         a.access_num,
         c.dev_id,
         c.dev_name,
         c.corp_org,
         c.company_name,
         c.department_code,
         c.department_name,
         c.remarks
  FROM JOUR1.Om_Subscriber_202303 a
  LEFT JOIN JOUR1.om_order_202303 b
    ON a.order_id = b.order_id
  LEFT JOIN params1.sec_developer c
    ON b.dev_id = c.dev_id;

  INSERT INTO temp_data
  SELECT a.order_id,
         a.done_date,
         a.cust_id,
         a.subscriber_ins_id,
         a.access_num,
         c.dev_id,
         c.dev_name,
         c.corp_org,
         c.company_name,
         c.department_code,
         c.department_name,
         c.remarks
  FROM JOUR1.Om_Subscriber_202304 a
  LEFT JOIN JOUR1.om_order_202304 b
    ON a.order_id = b.order_id
  LEFT JOIN params1.sec_developer c
    ON b.dev_id = c.dev_id;

  -- 查询结果
  SELECT * FROM temp_data;

  -- 删除临时表
  DROP TABLE temp_data;
END;
/

这个存储过程创建了一个临时表 `temp_data` 来保存查询结果，并将每个查询的结果插入到临时表中。最后，通过查询 `temp_data` 表来获取结果。

请注意，根据你的实际需求和数据库结构，你可能需要修改表和列的定义，以及查询的逻辑。确保在执行存储过程之前，已经创建了所需的表和索引。

SELECT bs.report_no, bs.sample_id, bs.test_id, bs.service_type, bs.sample_name, bs.total_fee, bs.receivable_fee, bs.sample_no, bs.ranges, bs.grade, bs.sample_remark AS remark, bs.factory, bs.item_name, bs.apply_dept, bs.specification, bs.factory_number, bs.calibrat_point, bs.mandatory_flag, bs.inspection_type, bs.report_org_name, bs.plan_complete_date, bs.standard_instrument_name, bs.bleeding_site_name, bs.arrive_date, DATEDIFF( bs.plan_complete_date, NOW()) AS surplus_days, bs.order_no, bs.order_type, bs.customer_name, bs.order_id, bs.business_type, bs.group_id, bs.group_name, bs.item_id, bs.is_merge, bs.pass_time, bs.audit_time, bs.report_id, bs.compile_time, bs.generate_time, bs.pass_user_name, bs.audit_user_name, bs.compile_user_name, bs.report_state, bs.is_just_certificate, bs.label_price, bs.labor_cost, bs.product_type, bs.batch_number, bs.original_number, bs.type_no, bs.template_id, bs.template_version, bs.standard_instrument_id, bs.standard_instrument_name, bs.report_query_code, bs.test_user_id, bs.test_user_name, bs.test_time, bs.review_user_id, bs.review_user_name, bs.review_time, bs.or_number, bs.test_result, bs.test_result_text, bs.test_date, bs.test_address, bs.result_value, bs.unit, bs.test_dept_id, bs.test_dept_name, bs.sample_mass, bs.form, bs.color, bs.clarity, bs.amplification_detection, bs.precious_metal, bs.remarks, bs.photo, bs.identifying_code, bs.diamond_quality, bs.hand_ring, bs.craft, bs.instrument_photo, bs.customer_item_basis, bs.quality_photo, bs.check_point, bs.check_code, bs.mass_unit, bs.manufacturer_name, bs.manufacturer_addr, bs.result_sample_describe AS sampleDescribe, bs.test_rule AS metalRuleIdsStr, bsa.attach_id FROM view_sample_info bs JOIN bus_sample_report bsr ON bs.report_id = bsr.id JOIN bus_sample sa ON bsr.sample_id = sa.id JOIN bus_sample_attr bsa ON sa.id = bsa.id 需要按照bs.report_no 的整数来从小到大进行排序

你可以使用以下SQL语句来按照bs.report_no的整数值从小到大进行排序：

SELECT
	bs.report_no,
	bs.sample_id,
	bs.test_id,
	bs.service_type,
	bs.sample_name,
	bs.total_fee,
	bs.receivable_fee,
	bs.sample_no,
	bs.ranges,
	bs.grade,
	bs.sample_remark AS remark,
	bs.factory,
	bs.item_name,
	bs.apply_dept,
	bs.specification,
	bs.factory_number,
	bs.calibrat_point,
	bs.mandatory_flag,
	bs.inspection_type,
	bs.report_org_name,
	bs.plan_complete_date,
	bs.standard_instrument_name,
	bs.bleeding_site_name,
	bs.arrive_date,
	DATEDIFF(bs.plan_complete_date, NOW()) AS surplus_days,
	bs.order_no,
	bs.order_type,
	bs.customer_name,
	bs.order_id,
	bs.business_type,
	bs.group_id,
	bs.group_name,
	bs.item_id,
	bs.is_merge,
	bs.pass_time,
	bs.audit_time,
	bs.report_id,
	bs.compile_time,
	bs.generate_time,
	bs.pass_user_name,
	bs.audit_user_name,
	bs.compile_user_name,
	bs.report_state,
	bs.is_just_certificate,
	bs.label_price,
	bs.labor_cost,
	bs.product_type,
	bs.batch_number,
	bs.original_number,
	bs.type_no,
	bs.template_id,
	bs.template_version,
	bs.standard_instrument_id,
	bs.standard_instrument_name,
	bs.report_query_code,
	bs.test_user_id,
	bs.test_user_name,
	bs.test_time,
	bs.review_user_id,
	bs.review_user_name,
	bs.review_time,
	bs.or_number,
	bs.test_result,
	bs.test_result_text,
	bs.test_date,
	bs.test_address,
	bs.result_value,
	bs.unit,
	bs.test_dept_id,
	bs.test_dept_name,
	bs.sample_mass,
	bs.form,
	bs.color,
	bs.clarity,
	bs.amplification_detection,
	bs.precious_metal,
	bs.remarks,
	bs.photo,
	bs.identifying_code,
	bs.diamond_quality,
	bs.hand_ring,
	bs.craft,
	bs.instrument_photo,
	bs.customer_item_basis,
	bs.quality_photo,
	bs.check_point,
	bs.check_code,
	bs.mass_unit,
	bs.manufacturer_name,
	bs.manufacturer_addr,
	bs.result_sample_describe AS sampleDescribe,
	bs.test_rule AS metalRuleIdsStr,
	bsa.attach_id 
FROM
	view_sample_info bs
	JOIN bus_sample_report bsr ON bs.report_id = bsr.id
	JOIN bus_sample sa ON bsr.sample_id = sa.id
	JOIN bus_sample_attr bsa ON sa.id = bsa.id
ORDER BY CAST(bs.report_no AS UNSIGNED) ASC;

这将按照bs.report_no的整数值从小到大对结果进行排序。