原来正常，更新0.23.9后发现两个报错

[WalkCharlie]

第一如上图
WITH
cte AS (
SELECT
*,
("A侧NOx预测值" - "A侧NOx真值") AS pred_err,
("B侧NOx预测值" - "B侧NOx真值") AS pred_err_b,
("A侧入口NOx折算值" - "A侧NOx真值") AS meas_err,
("B侧入口NOx折算值" - "B侧NOx真值") AS meas_err_b,
("A侧出口NOx折算值" - "A侧FGD出口NOx折算值") AS outlet_exit,
("B侧出口NOx折算值" - "B侧FGD出口NOx折算值") AS outlet_exit_b
FROM
query_table (CAST(tbl AS VARCHAR))
WHERE
(NOT isnan(COLUMNS ('NOx')))
)
SELECT
CAST("时刻" AS DATE) AS day_,
count_star() AS num_rows,
avg(abs(pred_err)) AS "预测值平均绝对误差",
avg(abs(pred_err_b)) AS "B侧预测值平均绝对误差",
avg(abs(meas_err)) AS "测量值平均绝对误差",
avg(abs(meas_err_b)) AS "B侧测量值平均绝对误差",
max(abs(pred_err)) AS "预测值最大误差",
max(abs(pred_err_b)) AS "B侧预测值最大误差",
max(abs(meas_err)) AS "测量值最大误差",
max(abs(meas_err_b)) AS "B侧测量值最大误差",
stddev("A侧入口NOx折算值") AS "脱硝入口NOx标准差",
stddev("B侧入口NOx折算值") AS "脱硝入口B侧NOx标准差",
stddev("A侧出口NOx折算值") AS "脱硝出口NOx标准差",
stddev("B侧出口NOx折算值") AS "脱硝出口B侧NOx标准差",
stddev("A侧FGD出口NOx折算值") AS "烟囱NOx标准差",
stddev("B侧FGD出口NOx折算值") AS "B侧FGD出口NOx标准差",
max(abs(outlet_exit)) AS "SCR出口NOx与烟囱差绝对值的最大值",
avg(abs(outlet_exit)) AS "SCR出口NOx与烟囱差绝对值的平均值",
max(abs(outlet_exit_b)) AS "SCR出口B侧NOx与烟囱差绝对值的最大值",
avg(abs(outlet_exit_b)) AS "SCR出口B侧NOx与烟囱差绝对值的平均值",
((countif ((outlet_exit > 0)) / count_star()) * 100) AS "SCR出口与烟囱NOx倒挂百分比",
((countif ((outlet_exit_b > 0)) / count_star()) * 100) AS "SCRB侧出口与烟囱NOx倒挂百分比"
FROM
cte
GROUP BY
day_
ORDER BY
day_
这句sql没问题呀，导入新数据在执行就报错；怎么会报SQL error
Binder Error: column "时刻" must appear in the GROUP BY clause or must be part of an aggregate function.
Either add it to the GROUP BY list, or use "ANY_VALUE(时刻)" if the exact value of "时刻" is not important.
下面的同样的错误WITH
cte AS (
SELECT
,
grade_load ("负荷") AS cats,
("A侧NOx预测值" - "A侧NOx真值") AS pred_err,
("B侧NOx预测值" - "B侧NOx真值") AS pred_err_b,
("A侧入口NOx折算值" - "A侧NOx真值") AS meas_err,
("B侧入口NOx折算值" - "B侧NOx真值") AS meas_err_b,
("A侧出口NOx折算值" - "A侧FGD出口NOx折算值") AS outlet_exit,
("B侧出口NOx折算值" - "B侧FGD出口NOx折算值") AS outlet_exit_b
FROM
query_table (CAST(tbl AS VARCHAR))
WHERE
(NOT isnan(COLUMNS ('NOx')))
)
SELECT
CAST("时刻" AS DATE) AS day_,
cats,
count_star() AS num_rows,
avg(abs(pred_err)) AS "预测值平均绝对误差",
avg(abs(pred_err_b)) AS "B侧预测值平均绝对误差",
avg(abs(meas_err)) AS "测量值平均绝对误差",
avg(abs(meas_err_b)) AS "B侧测量值平均绝对误差",
max(abs(pred_err)) AS "预测值最大误差",
max(abs(pred_err_b)) AS "B侧预测值最大误差",
max(abs(meas_err)) AS "测量值最大误差",
max(abs(meas_err_b)) AS "B侧测量值最大误差",
stddev("A侧入口NOx折算值") AS "脱硝入口NOx标准差",
stddev("B侧入口NOx折算值") AS "脱硝入口B侧NOx标准差",
stddev("A侧出口NOx折算值") AS "脱硝出口NOx标准差",
stddev("B侧出口NOx折算值") AS "脱硝出口B侧NOx标准差",
stddev("A侧FGD出口NOx折算值") AS "烟囱NOx标准差",
stddev("B侧FGD出口NOx折算值") AS "B侧FGD出口NOx标准差",
max(abs(outlet_exit)) AS "SCR出口NOx与烟囱差绝对值的最大值",
avg(abs(outlet_exit)) AS "SCR出口NOx与烟囱差绝对值的平均值",
max(abs(outlet_exit_b)) AS "SCR出口B侧NOx与烟囱差绝对值的最大值",
avg(abs(outlet_exit_b)) AS "SCR出口B侧NOx与烟囱差绝对值的平均值",
((countif ((outlet_exit > 0)) / count_star()) * 100) AS "SCR出口与烟囱NOx倒挂百分比",
((countif ((outlet_exit_b > 0)) / count_star()) * 100) AS "SCRB侧出口与烟囱NOx倒挂百分比"
FROM
cte
GROUP BY
GROUPING SETS ((), (day_), (day_, cats))
ORDER BY
COLUMNS ()

[WalkCharlie]